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Table of ContentsVishay

www.vishay.comRevision: 15-Sep-10 1

NTC Thermistors

NTC SMDGlobal Part Numbering Information NTC SMD................................................................................................ 4

NTCS0402E3.....T/2381 615 4.... SMD 0402, Glass Protected NTC Thermistors ....................................... 5



NTHS NTC Thermistors, SMD Chip .................................................................. 23

NTCS0805E4.../2381 615 1.... SMD 0805, NTC Thermistors AgPd Terminations .................................. 25(non preferred range)

NTC GLASS ENCAPSULATEDNTCSMELFE3....T/2381 633 5.... SMD MELF SOD80, Glass Encapsulated NTC Thermistors .................. 38

NTCLG100E2...../2381 633 3/8... NTC Thermistors, Glass Encapsulated High Temperature Sensors ...... 42

NTC LEADEDGlobal Part Numbering Information NTC Leaded............................................................................................ 48

NTCLE203E3..../2381 640 5.... NTC Thermistors, Radial Leaded, Accuracy Line................................... 49

NTCLE100E3...B0/T1/T2/2381 640 3/4/6.... NTC Thermistors, Radial Leaded, Standard Precision ........................... 57

NTCLE101E3...SB0/2381 640 10... NTC Thermistors, Radial Leaded Special Accuracy............................... 73

NTCLE203E3...SB0/2381 640 20... NTC Thermistors, Radial Leaded, Automotive Grade ............................ 77

NTCLE301E4C90059/2381 640 90059 NTC Thermistors, Long Insulated Leads ................................................ 83

NTCLE...E3...SB/2381 645 10/20.... NTC Thermistors, Long Lead Sensors ................................................... 85

NTCLE201E3C90028/2381 645 90028 NTC Thermistors, Long Non-Insulated Leads ........................................ 87

NTCLE305E4...SB NTC Thermistors, Micro Chip Sensor, Insulated Leads.......................... 89

M, C, T NTC Thermistors, Radial Leaded and Coated........................................ 93

NTC ASSEMBLIESGlobal Part Numbering Information NTC Assemblies ..................................................................................... 98

NTCLE400, NTCLS100, NTCLP100/2381 641 ..... NTC Thermistors, Special Long Lead Sensors....................................... 101

NTCASCWE3.../2381 640 7... NTC Thermistors, Screw Threaded Sensors .......................................... 106

NTCAIMME3C90042/2381 640 90042 NTC Thermistors, Steel Capped Sensors............................................... 107

NTCAPIP...101 Series NTC Thermistor Sensor - Pipe Type with Fast Time Response ............. 109

NTCAIMME3C90080/2381 645 90080 NTC Thermistors, Long Immersion Sensor with Connector ................... 111

NTCACAP Series for Refrigerator NTC Thermistors, Refrigerator Sensors ................................................. 114

NTCAFLEX... Series NTC Thermistors, Flex Foil Sensors....................................................... 116

NTCASRFE3C90406 for Ice Cube Maker NTC Thermistors, Ice Cube Sensors ...................................................... 119

NTCALUG03 Mini Lug Series NTC Thermistors, Mini Lug Sensors....................................................... 121

NTCALUGE2C90169/2381 645 90169 NTC Thermistors, Lug Sensors .............................................................. 127

NTCALUG02 Series NTC Thermistors, Low Thermal Gradient Lug Sensors.......................... 128

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Vishay

Contents

Global Part Numbering Information ............................ 4

NTCS0402E3.....T/2381 615 4.... ....................... 5

NTCS0603E3.....T/2381 615 3.... ....................... 10

NTCS0805E3.....T/2381 615 5.... ........................ 16

NTHS .................................... 23

NTCS0805E4.../2381 615 1.... ....................... 25

NTCSMD

NTC SMD

Global Part Numbering InformationVishay BCcomponents

www.vishay.com For technical questions, contact: [email protected] Document Number: 330344 Revision: 13-Jul-10

Note• Replace * by F, G, H, J for respectively tolerances of 1 %, 2 %, 3 %, or 5 %

GENERAL ORDER INFORMATIONGLOBAL PART NUMBER: NTC S 0805 E3 103 F M T

PRODUCTFAMILY

EXECUTION SIZERoHS COMPLIANCETERMINATION TYPE

R25 VALUETOLERANCE

ON R25 B25/85 VALUE PACKAGING

NTC S = SMD 080506030402

E3 = NiSnE4 = AgPd

103 = 10 x 103 Ω 102 = 10 x 102 Ω 101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω

see spec. for values

F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

L (low):3000 ≤ B25/85 < 3500

M (medium):3500 ≤ B25/85 < 3750

H (high):3750 ≤ B25/85 < 4000

X (very high):4000 ≤ B25/85 < 4250

T = Paper tape

OLD PRODUCT DESCRIPTION (12NC): 2381 615 5 3 103

2381 615 5 3 103

RoHS COMPLIANCE EXECUTION SIZE AND TYPE TOLERANCE ON R25 R25 VALUE

2381 = Yes2322 = No

615 = SMD NTC 6 = Mix size NiSn5 = 0805 NiSn4 = 0402 NiSn3 = 0603 NiSn2 = 0603 AgPd1 = 0805 AgPd

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

103 = 10 x 103 Ω 102 = 10 x 102 Ω 101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


PRODUCT VALUE RANGE BY CASE SIZE-VISHAY BCC NTCS SERIES0402 SIZE 0603 SIZE 0805 SIZE

R25 (kΩ)

B25/85 (K)

ORDERING PART NUMBER

R25 (kΩ)

B25/85 (K)


R25 (kΩ)

B25/85 (K)


4.7 3595 ± 3 % NTCS0402E3472*MT 2 3420 ± 1 % NTCS0603E3202*LT 2.2 3600 ± 1 % NTCS0805E3222*MT

10 3490 ± 3 % NTCS0402E3103*LT 2.2 3520 ± 1 % NTCS0603E3222*MT 4.7 3500 ± 1 % NTCS0805E3472*MT

10 3950 ± 3 % NTCS0402E3103*HT 2.7 3600 ± 1 % NTCS0603E3272*MT 10 3430 ± 3 % NTCS0805E3103*LT

15 3600 ± 3 % NTCS0402E3153*MT 4.7 3830 ± 1 % NTCS0603E3472*HT 10 3570 ± 3 % NTCS0805E3103*MT

22 3590 ± 3 % NTCS0402E3223*MT 10 3430 ± 3 % NTCS0603E3103*LT 10 3940 ± 1 % NTCS0805E3103*HT

33 3670 ± 3 % NTCS0402E3333*MT 10 3610 ± 1 % NTCS0603E3103*MT 15 3700 ± 1 % NTCS0805E3153*MT

47 4075 ± 3 % NTCS0402E3473*XT 10 3960 ± 1 % NTCS0603E3103*HT 22 3800 ± 1 % NTCS0805E3223*HT

68 3910 ± 3 % NTCS0402E3683*HT 15 3600 ± 1 % NTCS0603E3153*MT 33 3920 ± 1 % NTCS0805E3333*HT

100 3950 ± 3 % NTCS0402E3104*HT 22 3730 ± 1 % NTCS0603E3223*MT 47 3960 ± 1 % NTCS0805E3473*HT

33 3860 ± 1 % NTCS0603E3333*HT 68 4100 ± 1 % NTCS0805E3683*XT

47 3960 ± 1 % NTCS0603E3473*HT 100 3590 ± 1 % NTCS0805E3104*MT

68 3985 ± 1 % NTCS0603E3683*HT 100 4100 ± 1 % NTCS0805E3104*XT

100 4100 ± 1 % NTCS0603E3104*XT 330 3930 ± 1 % NTCS0805E3334*HT

470 4025 ± 1 % NTCS0805E3474*XT

680 4125 ± 1 % NTCS0805E3684*XT

C STN 0 8 0 5 E 3 1 0 3 F M T

SMD 0402, Glass Protected NTC Thermistors

NTCS0402E3.....T/2381 615 4....Vishay BCcomponents

Document Number: 29003 For technical questions, contact: [email protected] www.vishay.comRevision: 25-May-10 5

FEATURES• TCR ranging from - 6.5 %/K at - 40 °C to - 2 %/K

at 150 °C

• Tolerance on R25 down to 1 %, and on B25/85down to 3 %

• Suitable for wave or reflow soldering

• NiSn terminations• Fully glass coated and protected

• Old part number was 2322 615 4....

• Compliant to RoHS directive 2002/95/EC and inaccordance to WEEE 2002/96/EC

APPLICATIONS• Temperature sensing, protection and compensation in

automotive, industrial, telecom and consumer applications.Examples are:- Battery chargers- Power suppliers- Office equipment- LCD compensation- In-car entertainment

DESCRIPTIONSize 0402 chip thermistors with a negative temperaturecoefficient. The device has no marking.

PACKAGINGAvailable in 8 mm punched paper tape on reel package of10 000 units.

DESIGN-IN SUPPORTFor complete Curve Computation, visit: www.vishay.com/thermistors/curve-computation-list/

Notes(1) Replace * in SAP by J for ± 5 %, H for ± 3 %, G for ± 2 %, F for ± 1 % tolerance on R25(2) Replace * in 12NC by 3 for ± 5 %, 6 for ± 3 %, 4 for ± 2 %, 5 for ± 1 % tolerance on R25

QUICK REFERENCE DATAPARAMETER VALUE

Resistance value at 25 °C 4.7 kΩ to 100 kΩ

Tolerance on R25 - value ± 1 %; ± 2 %; ± 3 %; ± 5 %

B25/85 value 3490K to 4075K

Tolerance on B25/85 - value ± 3 %

Maximum dissipation at 25 °C 70 mW

Thermal time constant τ ≈ 5 s

Dissipation factor D ≈ 2.0 mW/K

Operating temperature range at zero power

- 40 °C to + 150 °C

R/T values See tables

Climatic category 40/125/56

Weight ≈ 0.0012 g

ELECTRICAL DATA AND ORDERING INFORMATIONR25 - VALUE

(kΩ)B25/85 - VALUE

(K)SAP MATERIAL AND ORDERING NUMBER

NTCS0402E3... (1)12NC OLD MATERIAL NUMBER

2381 615 4... (2)

4.7 3595 472*MT *472

10 3490 103*LT *103

10 3950 103*HT -

15 3965 153*HT *153

22 3590 223*MT *223

33 3670 333*MT *333

47 4075 473*XT *473

68 3910 683*HT *683

100 3950 104*HT *104

NTCS0402E3.....T/2381 615 4....Vishay BCcomponents SMD 0402, Glass Protected

NTC Thermistors

www.vishay.com For technical questions, contact: [email protected] Document Number: 290036 Revision: 25-May-10

DIMENSIONS in millimeters

For complete Curve Computation, visit: www.vishay.com/thermistors/curve-computation-list/

T

L1

W

L2 L3L4

L1 W TL2 and L3

MIN.L4

MIN.

1.0 ± 0.15 0.5 ± 0.15 0.5 ± 0.15 0.1 0.3

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 4.7 kΩ, 10 kΩ AND 15 kΩ

TOPER(°C)

PART NUMBERNTCS0402E3472*MT

PART NUMBERNTCS0402E3103*HT

PART NUMBERNTCS0402E3103*LT

PART NUMBERNTCS0402E3153*HT ΔR/R DUE

TO Btol.(± %)RT

(Ω) TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 117 852 - 6.08 356 276 - 6.74 214 064 - 5.72 347 696 - 5.86 11.22- 35 87 377 - 5.89 255 727 - 6.53 161 527 - 5.55 260 574 - 5.68 10.14- 30 65 415 - 5.69 185 491 - 6.32 122 938 - 5.38 197 004 - 5.51 9.10- 25 49 435 - 5.51 135 931 - 6.12 94 353 - 5.21 150 213 - 5.34 8.11- 20 37 700 - 5.33 100 611 - 5.92 73 003 - 5.05 115 482 - 5.18 7.15- 15 29 003 - 5.16 75 193 - 5.73 56 928 - 4.90 89 489 - 5.02 6.24- 10 22 501 - 4.99 56 726 - 5.54 44 729 - 4.75 69 880 - 4.87 5.35- 5 17 599 - 4.83 43 185 - 5.37 35 402 - 4.61 54 973 - 4.73 4.500 13 873 - 4.68 33 166 - 5.19 28 217 - 4.47 43 555 - 4.59 3.685 11 019 - 4.53 25 688 - 5.03 22 643 - 4.33 34 747 - 4.45 2.89

10 8815.0 - 4.39 20 059 - 4.87 18 290 - 4.21 27 904 - 4.32 2.1315 7101.0 - 4.26 15 787 - 4.71 14 867 - 4.08 22 552 - 4.20 1.4020 5758.6 - 4.13 12 519 - 4.56 12 157 - 3.96 18 338 - 4.08 0.6925 4700.0 - 4.00 10 000 - 4.42 10 000 - 3.85 15 000 - 3.96 0.0030 3859.7 - 3.88 8044.1 - 4.28 8271.8 - 3.74 12 340 - 3.85 0.6635 3188.4 - 3.76 6514.5 - 4.15 6879.3 - 3.63 10 207 - 3.74 1.3140 2648.9 - 3.65 5310.0 - 4.03 5751.0 - 3.53 8487.0 - 3.64 1.9345 2212.7 - 3.55 4355.3 - 3.90 4831.9 - 3.43 7092.9 - 3.54 2.5350 1858.0 - 3.44 3593.7 - 3.79 4079.3 - 3.34 5956.9 - 3.44 3.1155 1568.1 - 3.34 2982.4 - 3.67 3460.0 - 3.25 5026.4 - 3.35 3.6860 1329.9 - 3.25 2488.8 - 3.56 2947.8 - 3.16 4260.5 - 3.26 4.2365 1133.1 - 3.16 2088.0 - 3.46 2522.3 - 3.08 3627.1 - 3.18 4.7670 969.76 - 3.07 1760.7 - 3.36 2167.2 - 2.99 3100.9 - 3.09 5.2875 833.56 - 2.98 1492.1 - 3.26 1869.5 - 2.92 2661.8 - 3.01 5.7880 719.47 - 2.90 1270.4 - 3.17 1618.9 - 2.84 2293.9 - 3.94 6.2785 623.48 - 2.83 1086.7 - 3.08 1407.2 - 2.77 1984.3 - 3.86 6.7490 542.38 - 2.75 933.57 - 2.99 1227.5 - 2.70 1722.7 - 2.79 7.2095 473.58 - 2.68 805.43 - 2.91 1074.5 - 2.63 1500.9 - 2.72 7.65

100 414.98 - 2.61 697.71 - 2.83 943.67 - 2.56 1312.0 - 2.66 8.09105 364.89 - 2.54 606.77 - 2.75 831.46 - 2.50 1150.7 - 2.59 8.51110 321.91 - 2.47 529.68 - 2.68 734.86 - 2.44 1012.4 - 2.53 8.93115 284.90 - 2.41 464.07 - 2.61 651.44 - 2.38 893.49 - 2.47 9.33120 252.92 - 2.35 408.01 - 2.54 579.17 - 2.32 790.85 - 2.41 9.73125 225.20 - 2.29 359.94 - 2.47 516.36 - 2.27 702.01 - 2.36 10.11130 201.09 - 2.24 318.56 - 2.41 461.60 - 2.22 624.86 - 2.30 10.48135 180.07 - 2.18 282.83 - 2.35 413.73 - 2.16 557.68 - 2.25 10.85140 161.67 - 2.13 251.88 - 2.29 371.77 - 2.11 499.00 - 2.20 11.20145 145.53 - 2.08 224.96 - 2.23 334.88 - 2.07 447.62 - 2.15 11.55150 131.33 - 2.03 201.49 - 2.18 302.36 - 2.02 402.49 - 2.10 11.89

NTCS0402E3.....T/2381 615 4....SMD 0402, Glass Protected

NTC ThermistorsVishay BCcomponents



RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 22 kΩ, 33 kΩ AND 47 kΩ

TOPER(°C)



PART NUMBERNTCS0402E3473*XT ΔR/R DUE

TO Btol.(± %)RT

(Ω) TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 501 412 - 5.84 831 939 - 6.14 1 514 773 - 6.19 11.22

- 35 376 174 - 5.66 615 449 - 5.92 1 114 829 - 6.07 10.14

- 30 284 754 - 5.48 460 194 - 5.71 825 417 - 5.95 9.10

- 25 217 417 - 5.31 347 596 - 5.51 615 030 - 5.82 8.11

- 20 167 386 - 5.15 265 065 - 5.33 461 300 - 5.69 7.15

- 15 129 900 - 4.99 203 964 - 5.15 348 340 - 5.55 6.24

- 10 101 585 - 4.84 158 295 - 4.99 264 846 - 5.41 5.35

- 5 80 030 - 4.70 123 854 - 4.83 202 753 - 5.27 4.50

0 63 497 - 4.56 97 656 - 4.68 156 285 - 5.14 3.68

5 50 725 - 4.43 77 566 - 4.54 121 288 - 5.00 2.89

10 40 787 - 4.30 62 041 - 4.40 94 762 - 4.87 2.13

15 33 004 - 4.17 49 955 - 4.27 74 529 - 4.74 1.40

20 26 868 - 4.06 40 479 - 4.15 58 997 - 4.61 0.69

25 22 000 - 3.94 33 000 - 3.03 47 000 - 4.48 0.00

30 18 115 - 3.83 27 059 - 3.91 37 675 - 4.36 0.66

35 14 997 - 3.73 22 311 - 3.81 30 384 - 4.24 1.31

40 12 480 - 3.62 18 494 - 3.70 24 649 - 4.13 1.93

45 10 437 - 3.53 15 408 - 3.60 20 111 - 4.01 2.53

50 8770.6 - 3.43 12 900 - 3.51 16 500 - 3.90 3.11

55 7404.3 - 3.34 10 850 - 3.41 13 611 - 3.80 3.68

60 6278.7 - 3.25 9167.3 - 3.33 11 286 - 3.69 4.23

65 5347.1 - 3.17 7778.9 - 3.24 9406.7 - 3.59 4.76

70 4572.5 - 3.09 6628.2 - 3.16 7878.8 - 3.50 5.28

75 3925.6 - 3.01 5670.2 - 3.08 6630.6 - 3.40 5.78

80 3383.3 - 2.94 4869.3 - 3.01 5606.0 - 3.31 6.27

85 2926.6 - 2.86 4197.0 - 2.94 4760.9 - 3.22 6.74

90 2540.7 - 2.79 3630.4 - 2.87 4060.8 - 3.14 7.20

95 2213.2 - 2.73 3151.1 - 2.80 3478.2 - 3.06 7.65

100 1934.4 - 2.66 2744.1 - 2.73 2991.2 - 2.98 8.09

105 1696.1 - 2.60 2397.3 - 2.67 2582.5 - 2.90 8.51

110 1491.8 - 2.54 2100.7 - 2.61 2238.1 - 2.83 8.93

115 1316.1 - 2.48 1846.4 - 2.55 1946.8 - 2.75 9.33

120 1164.4 - 2.42 1627.5 - 2.50 1699.4 - 2.68 9.73

125 1033.1 - 2.37 1438.5 - 2.44 1488.5 - 2.62 10.11

130 919.03 - 2.31 1274.9 - 2.39 1308.2 - 2.55 10.48

135 819.74 - 2.26 1132.8 - 2.34 1153.4 - 2.49 10.85

140 733.03 - 2.21 1009.1 - 2.29 1020.1 - 2.43 11.20

145 657.10 - 2.16 901.13 - 2.24 904.86 - 2.37 11.55

150 590.44 - 2.12 806.58 - 2.19 805.02 - 2.31 11.89


NTC Thermistors



RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 68 kΩ AND 100 kΩ

TOPER(°C)


PART NUMBERNTCS0402E3104*HT ΔR/R DUE

TO Btol.(± %)RT

(Ω)TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 2 179 612 - 6.65 3 238 142 - 6.57 11.22

- 35 1 573 200 - 6.40 2 344 882 - 6.35 10.14

- 30 1 149 311 - 6.16 1 716 473 - 6.13 9.10

- 25 849 224 - 5.94 1 269 493 - 5.93 8.11

- 20 634 231 - 5.74 948 194 - 5.74 7.15

- 15 478 461 - 5.54 714 901 - 5.56 6.24

- 10 364 399 - 5.35 543 869 - 5.38 5.35

- 5 280 036 - 5.18 417 320 - 5.21 4.50

0 217 046 - 5.01 322 855 - 5.05 3.68

5 169 589 - 4.86 251 741 - 4.90 2.89

10 133 529 - 4.71 197 771 - 4.75 2.13

15 105 906 - 4.56 156 492 - 4.61 1.40

20 84 582 - 4.43 124 685 - 4.48 0.69

25 68 000 - 4.30 100 000 - 4.35 0.00

30 55 015 - 4.18 80 711 - 4.22 0.66

35 44 778 - 4.06 65 539 - 4.11 1.31

40 36 656 - 3.95 53 530 - 3.99 1.93

45 30 173 - 3.84 43 967 - 3.88 2.53

50 24 968 - 3.74 36 306 - 3.78 3.11

55 20 766 - 3.64 30 135 - 3.68 3.68

60 17 354 - 3.54 25 138 - 3.58 4.23

65 14 570 - 3.45 21 069 - 3.48 4.76

70 12 288 - 3.36 17 740 - 3.39 5.28

75 10 407 - 3.28 15 003 - 3.31 5.78

80 8851.1 - 3.20 12 742 - 3.22 6.27

85 7557.3 - 3.12 10 867 - 3.14 6.74

90 6477.3 - 3.05 9303.8 - 3.07 7.20

95 5572.1 - 2.98 7996.1 - 2.99 7.65

100 4810.3 - 2.91 6897.4 - 2.92 8.09

105 4166.9 - 2.84 5970.8 - 2.85 8.51

110 3621.4 - 2.77 5186.3 - 2.78 8.93

115 3157.3 - 2.71 4519.8 - 2.72 9.33

120 2761.2 - 2.65 3951.5 - 2.66 9.73

125 2421.9 - 2.59 3465.3 - 2.60 10.11

130 2130.4 - 2.54 3048.0 - 2.54 10.48

135 1879.2 - 2.48 2688.7 - 2.48 10.85

140 1662.0 - 2.43 2378.3 - 2.43 11.20

145 1473.7 - 2.38 2109.4 - 2.37 11.55

150 1310.1 - 2.33 1875.8 - 2.32 11.89




SOLDERING CONDITIONSThis SMD thermistor is suitable for wave or reflow soldering, in accordance with JEDEC J-STD-020. The maximum temperatureof 260 °C during 40 s should not be exceeded.

Typical examples of a soldering processes that will provide reliable joints without damage, are shown below.

TESTS AND REQUIREMENTS

PACKAGINGTAPE SPECIFICATIONSAll tape specifications are in accordance with IEC 60286-3. Basic dimensions are given below. Carrier tape material is paper.

PAPER TAPE

Notes(1) Measured 0.3 mm above base pocket(2) P0 pitch cumulative error over any 10 pitches ± 0.2 mm

Time (s)

0 50 100 150 200

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

250

260 °C

≈ 245 °C215 °C

180 °C130 °C

2 K/s

40 s

10 s

10 sReflow Soldering Lead (Pb)-free Reflow Soldering Profile

260 °C ≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax.

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max.

≈ 60 s

20 s min.

normal limit

250 300

6 K/smax.

1.5

0.5

0.5Dimensions of the solder lands

SOLDERABILITY AND RESISTANCE TO SOLDERING HEATIEC 60068-2-58 TEST METHOD TEST PROCEDURE REQUIREMENTS

6 TCSolderability 2 s at 235 °C Min. 95 % of surface wetted

Resistance to soldering heat 10 s at 260 °C ΔR/R < 5 %

FW

P0

P2D0

B0

A0P1

E1

JWB288

T

T1

DIMENSIONS OF PAPER TAPE in millimetersPARAMETER DIMENSION TOLERANCE

A0 (1) 0.65 ± 0.1

B0 (1) 1.15 ± 0.1

W 8.0 ± 0.2

E1 1.75 ± 0.1

F 3.5 ± 0.05

D0 1.55 ± 0.05

P0 (2) 4.0 ± 0.1

P1 4.0 ± 0.1

P2 2.0 ± 0.05

T tape thickness 0.8 max.

T1 cover tape < 0.1 -




FEATURES• TCR ranging from - 7 %/K at - 40 °C to - 2 %/K

at 150 °C• Tolerance on R25 down to 1 %, and on B25/85

down to 1 %• Suitable for wave or reflow soldering• NiSn terminations• Fully glass coated and protected• Old part number was 2322 615 3....• Compliant to RoHS directive 2002/95/EC and in

accordance to WEEE 2002/96/EC




PACKAGINGAvailable in 8 mm punched paper tape on reel package of4000 units.


Notes(1) Replace * in SAP by J for ± 5 %, H for ± 3 %, G for ± 2 %, F for ± 1 % tolerance on R25(2) Replace * in 12 NC by 3 for ± 5 %, 6 for ± 3 %, 4 for ± 2 %, 5 for ± 1 % tolerance on R25




B25/85 value 3420K to 4100K

Tolerance on B25/85 - value ± 1 %, ± 3 %



Dissipation factor D 3.0 mW/K


- 40 °C to + 150 °C



Weight ≈ 0.006 g


(kΩ)B25/85 - VALUE

(K)TOLERANCE ON B25/85

(%)SAP MATERIAL AND ORDERING NUMBER

NTCS0603E3... (1)12 NC

2381 615 3... (2)

2.0 3420 ± 1 202*LT *202

2.2 3520 ± 1 222*MT *222

2.7 3600 ± 1 272*MT *272

4.7 3830 ± 1 472*HT *472

10 3435 ± 3 103*LT -

10 3610 ± 1 103*MT *103

10 3960 ± 1 103*HT -

15 3600 ± 1 153*MT *153

22 3730 ± 1 223*MT *223

33 3860 ± 1 333*HT *333

47 3960 ± 1 473*HT *473

68 3985 ± 1 683*HT *683

100 4100 ± 1 104*XT *104






T

L1

W

L2 L3L4

L1 W T L2 and L3MIN.

L4MIN.

1.6 ± 0.15 0.8 ± 0.15 0.8 ± 0.15 0.2 0.4

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.0 kΩ, 2.2 kΩ AND 2.7 kΩ

TOPER(°C)



PART NUMBERNTCS0603E3272*MT ΔR/R DUE TO Btol.

(± %)RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 44 297 - 5.93 53 503 - 6.11 65 247 - 6.26 7.58- 35 33 114 - 5.71 39 637 - 5.89 48 436 - 6.03 6.83- 30 25 010 - 5.51 29 680 - 5.68 36 340 - 5.82 6.13- 25 19 076 - 5.32 22 451 - 5.48 27 539 - 5.61 5.45- 20 14 687 - 5.14 17 149 - 5.29 21 069 - 5.42 4.80- 15 11 410 - 4.96 13 221 - 5.11 16 265 - 5.23 4.18- 10 8940.4 - 4.80 10 283 - 4.94 12 664 - 5.06 3.58- 5 7062.8 - 4.64 8066.2 - 4.77 9940.1 - 4.89 3.010 5623.4 - 4.48 6378.5 - 4.62 7862.7 - 4.72 2.465 4510.9 - 4.34 5083.1 - 4.47 6265.2 - 4.57 1.93

10 3644.4 - 4.20 4080.7 - 4.32 5027.3 - 4.42 1.4215 2964.6 - 4.06 3299.2 - 4.18 4060.9 - 4.28 0.9320 2427.4 - 3.94 2685.5 - 4.05 3301.2 - 4.14 0.4625 2000.0 - 3.81 2200.0 - 3.93 2700.0 - 4.02 0.0030 1657.7 - 3.70 1813.5 - 3.80 2221.1 - 3.89 0.2235 1382.0 - 3.58 1503.7 - 3.69 1837.3 - 3.77 0.4340 1158.4 - 3.48 1253.9 - 3.58 1528.0 - 3.66 0.6445 976.12 - 3.37 1051.3 - 3.47 1277.2 - 3.55 0.8450 826.68 - 3.27 886.05 - 3.37 1072.8 - 3.45 1.0355 703.51 - 3.18 750.49 - 3.27 905.29 - 3.35 1.2260 601.48 - 3.09 638.72 - 3.18 767.40 - 3.25 1.4065 516.53 - 3.00 546.09 - 3.09 653.33 - 3.16 1.5870 445.49 - 2.92 468.95 - 3.00 558.52 - 3.07 1.7575 385.79 - 2.84 404.41 - 2.92 479.37 - 2.99 1.9280 335.42 - 2.76 350.18 - 2.84 413.02 - 2.90 2.0885 292.73 - 2.69 304.40 - 2.76 357.17 - 2.83 2.2390 256.40 - 2.61 265.61 - 2.69 309.97 - 2.75 2.5495 225.37 - 2.55 232.60 - 2.62 269.92 - 2.68 2.85

100 198.77 - 2.48 204.39 - 2.55 235.83 - 2.61 3.14105 175.88 - 2.42 180.22 - 2.49 206.70 - 2.54 3.43110 156.11 - 2.35 159.41 - 2.42 181.72 - 2.48 3.71115 138.98 - 2.29 141.44 - 2.36 160.24 - 2.41 3.98120 124.09 - 2.24 125.88 - 2.30 141.70 - 2.35 4.24125 111.11 - 2.18 112.35 - 2.25 125.65 - 2.30 4.50130 99.757 - 2.13 100.55 - 2.19 111.72 - 2.24 4.76135 89.796 - 2.08 90.239 - 2.14 99.589 - 2.19 5.00140 81.033 - 2.03 81.192 - 2.09 88.997 - 2.13 5.25145 73.304 - 1.98 73.235 - 2.04 79.724 - 2.08 5.48150 66.468 - 1.94 66.218 71.585 - 2.04 5.71


NTC Thermistors



RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 4.7 kΩ, 10 kΩ AND 15 kΩ

TOPER(°C)





PART NUMBERNTCS0603E3153*MT ΔR/R DUE

TO Btol.(± %)RT

(Ω) TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 152 832 - 6.66 170 762 - 5.03 243 448 - 6.06 347 116 - 6.66 362 484 - 6.07 7.58

- 35 110 192 - 6.43 133 132 - 4.93 180 772 - 5.85 250 089 - 6.45 269 089 - 5.85 6.83

- 30 80 369 - 6.20 104 307 - 4.83 135 623 - 5.65 182 023 - 6.25 201 888 - 5.64 6.13

- 25 59 267 - 5.98 82 140 - 4.73 102 751 - 5.46 133 804 - 6.06 152 997 - 5.45 5.45

- 20 44 170 - 5.78 65 020 - 4.62 78 576 - 5.28 99 313 - 5.87 117 051 - 5.26 4.80

- 15 33 252 - 5.58 51 737 - 4.52 60 623 - 5.10 74 408 - 5.68 90 361 - 5.09 4.18

- 10 25 276 - 5.39 41 385 - 4.41 47 168 - 4.94 56 257 - 5.50 70 354 - 4.92 3.58

- 5 19 392 - 5.21 33 277 - 4.31 36 995 - 4.78 42 910 - 5.33 55 223 - 4.76 3.01

0 15 009 - 5.04 26 896 - 4.21 29 240 - 4.63 33 009 - 5.16 43 682 - 4.61 2.46

5 11 716 - 4.87 21 851 - 4.10 23 280 - 4.49 25 602 - 5.00 34 807 - 4.47 1.93

10 9219.5 - 4.71 17 841 - 4.00 18 664 - 4.35 20 015 - 4.85 27 929 - 4.33 1.42

15 7311.4 - 4.56 14 639 - 3.91 15 064 - 4.22 15 767 - 4.70 22 561 - 4.20 0.93

20 5841.3 - 4.42 12 071 - 3.81 12 236 - 4.10 12 512 - 4.55 18 340 - 4.08 0.46

25 4700.0 - 4.28 10 000 - 3.72 10 000 - 3.98 10 000 - 4.41 15 000 - 3.96 0.00

30 3807.5 - 4.15 8323.0 - 3.63 8220.3 - 3.86 8046.8 - 4.28 12 340 - 3.85 0.22

35 3104.5 - 4.02 6958.5 - 3.54 6795.2 - 3.75 6517.6 - 4.15 10 207 - 3.74 0.43

40 2547.2 - 3.90 5843.4 - 3.45 5647.3 - 3.65 5312.5 - 4.03 8488.7 - 3.64 0.64

45 2102.4 - 3.78 4928.1 - 3.37 4717.5 - 3.55 4356.6 - 3.91 7095.4 - 3.54 0.84

50 1745.3 - 3.67 4173.5 - 3.28 3960.3 - 3.45 3593.6 - 3.79 5959.8 - 3.44 1.03

55 1456.8 - 3.56 3548.8 - 3.20 3340.4 - 3.36 2981.0 - 3.68 5029.4 - 3.35 1.22

60 1222.4 - 3.46 3029.5 - 3.13 2830.3 - 3.27 2486.2 - 3.58 4263.3 - 3.26 1.40

65 1030.9 - 3.36 2596.1 - 3.05 2408.6 - 3.18 2084.3 - 3.48 3629.6 - 3.18 1.58

70 873.61 - 3.26 2233.0 - 2.98 2058.4 - 3.10 1756.2 - 3.38 3102.9 - 3.10 1.75

75 743.79 - 3.17 1927.6 - 2.91 1766.2 - 3.02 1486.9 - 3.28 2663.2 - 3.02 1.92

80 636.11 - 3.08 1669.8 - 2.84 1521.4 - 2.95 1264.7 - 3.19 2294.6 - 2.94 2.08

85 546.36 - 3.00 1451.3 - 2.77 1315.4 - 2.87 1080.6 - 3.10 1984.3 - 2.87 2.23

90 471.22 - 2.92 1265.7 - 2.71 1141.4 - 2.80 927.23 - 3.02 1722.0 - 2.80 2.54

95 408.03 - 2.84 1107.3 - 2.64 993.91 - 2.73 798.94 - 2.94 1499.6 - 2.73 2.85

100 354.67 - 2.77 971.68 - 2.58 868.35 - 2.67 691.16 - 2.86 1310.2 - 2.67 3.14

105 309.43 - 2.69 855.26 - 2.52 761.11 - 2.61 600.23 - 2.78 1148.3 - 2.61 3.43

110 270.91 - 2.62 754.99 - 2.47 669.19 - 2.54 523.20 - 2.71 1009.6 - 2.55 3.71

115 238.01 - 2.56 668.36 - 2.41 590.14 - 2.48 457.68 - 2.64 890.23 - 2.49 3.98

120 209.79 - 2.49 593.29 - 2.36 521.94 - 2.43 401.76 - 2.57 787.23 - 2.43 4.24

125 185.50 - 2.43 528.06 - 2.30 462.92 - 2.37 353.85 - 2.51 698.07 - 2.38 4.50

130 164.53 - 2.37 471.21 - 2.25 411.68 - 2.32 312.65 - 2.44 620.67 - 2.32 4.76

135 146.36 - 2.31 421.53 - 2.20 367.08 - 2.27 277.10 - 2.38 553.27 - 2.27 5.00

140 130.57 - 2.26 378.00 - 2.16 328.14 - 2.22 246.34 - 2.32 494.43 - 2.22 5.25

145 116.80 - 2.20 339.77 - 2.11 294.05 - 2.17 219.62 - 2.27 442.91 - 2.18 5.48

150 104.76 - 2.15 306.11 - 2.06 264.12 - 2.12 196.35 - 2.21 397.69 - 2.13 5.71






TOPER(°C)



PART NUMBERNTCS0603E3473*HT ΔR/R DUE TO Btol.

(± %)RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 603 212 - 6.28 1 061 183 - 6.70 1 643 693 - 6.85 7.58

- 35 443 043 - 6.06 764 125 - 6.44 1 174 859 - 6.59 6.83

- 30 328 858 - 5.86 557 158 - 6.20 850 461 - 6.34 6.13

- 25 246 572 - 5.66 411 058 - 5.97 623 018 - 6.11 5.45

- 20 186 661 - 5.47 306 646 - 5.75 461 557 - 5.89 4.80

- 15 142 608 - 5.29 231 157 - 5.55 345 583 - 5.69 4.18

- 10 109 910 - 5.12 175 977 - 5.36 261 354 - 5.49 3.58

- 5 85 420 - 4.96 135 223 - 5.18 199 536 - 5.31 3.01

0 66 919 - 4.80 104 827 - 5.01 153 714 - 5.13 2.46

5 52 827 - 4.66 81 946 - 4.84 119 427 - 4.97 1.93

10 42 007 - 4.51 64 569 - 4.69 93 541 - 4.81 1.42

15 33 638 - 4.38 51 262 - 4.54 73 832 - 4.66 0.93

20 27 117 - 4.25 40 989 - 4.40 58 703 - 4.52 0.46

25 22 000 - 4.12 33 000 - 4.27 47 000 - 4.38 0.00

30 17 958 - 4.00 26 741 - 4.14 37 881 - 4.25 0.22

35 14 746 - 3.89 21 804 - 4.02 30 726 - 4.13 0.43

40 12 176 - 3.77 17 884 - 3.91 25 073 - 4.01 0.64

45 10 109 - 3.67 14 751 - 3.80 20 579 - 3.89 0.84

50 8435.9 - 3.57 12 234 - 3.69 16 984 - 3.79 1.03

55 7075.0 - 3.47 10 198 - 3.59 14 092 - 3.68 1.22

60 5962.1 - 3.38 8543.9 - 3.49 11 751 - 3.58 1.40

65 5047.4 - 3.29 7191.9 - 3.40 9847.6 - 3.49 1.58

70 4292.0 - 3.20 6081.4 - 3.31 8290.7 - 3.40 1.75

75 3665.1 - 3.12 5164.9 - 3.22 7011.4 - 3.31 1.92

80 3142.6 - 3.04 4405.0 - 3.14 5955.0 - 3.22 2.08

85 2705.2 - 2.96 3772.0 - 3.06 5078.7 - 3.14 2.23

90 2337.6 - 2.88 3242.6 - 2.99 4348.7 - 3.07 2.54

95 2027.3 - 2.81 2797.8 - 2.91 3737.8 - 2.99 2.85

100 1764.3 - 2.74 2422.8 - 2.84 3224.6 - 2.92 3.14

105 1540.7 - 2.68 2105.3 - 2.78 2791.8 - 2.85 3.43

110 1349.9 - 2.61 1835.5 - 2.71 2425.3 - 2.87 3.71

115 1186.4 - 2.55 1605.4 - 2.65 2113.9 - 2.72 3.98

120 1045.9 - 2.49 1408.5 - 2.59 1848.4 - 2.65 4.24

125 924.73 - 2.43 1239.5 - 2.53 1621.2 - 2.59 4.50

130 819.95 - 2.38 1093.9 - 2.47 1426.1 - 2.54 4.76

135 729.04 - 2.32 968.07 - 2.42 1258.1 - 2.48 5.00

140 649.93 - 2.27 859.04 - 2.36 1112.9 - 2.42 5.25

145 580.89 - 2.22 764.28 - 2.31 987.19 - 2.37 5.48

150 520.48 - 2.17 681.69 - 2.26 877.91 - 2.32 5.71


NTC Thermistors




TOPER(°C)


PART NUMBERNTCS0603E3104*XT ΔR/R DUE TO Btol.

(± %)RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 2 324 376 - 6.77 3 921 252 - 7.03 7.58

- 35 1 667 529 - 6.52 2 774 565 - 6.77 6.83

- 30 1 211 148 - 6.28 1 988 706 - 6.52 6.13

- 25 889 917 - 6.05 1 442 861 - 6.28 5.45

- 20 661 047 - 5.84 1 058 901 - 6.06 4.80

- 15 496 103 - 5.64 785 573 - 5.85 4.18

- 10 375 941 - 5.45 588 793 - 5.65 3.58

- 5 287 504 - 5.28 445 602 - 5.47 3.01

0 221 786 - 5.11 340 346 - 5.29 2.46

5 172 502 - 4.95 262 229 - 5.12 1.93

10 135 221 - 4.79 203 723 - 4.96 1.42

15 106 786 - 4.65 159 522 - 4.80 0.93

20 84 928 - 4.51 125 851 - 4.66 0.46

25 68 000 - 4.38 100 000 - 4.52 0.00

30 54 796 - 4.26 80 003 - 4.39 0.22

35 44 427 - 4.14 64 422 - 4.26 0.43

40 36 232 - 4.02 52 200 - 4.14 0.64

45 29 714 - 3.91 42 548 - 4.02 0.84

50 24 499 - 3.81 34 879 - 3.91 1.03

55 20 304 - 3.71 28 749 - 3.80 1.22

60 16 909 - 3.61 23 820 - 3.70 1.40

65 14 149 - 3.52 19 835 - 3.60 1.58

70 11 893 - 3.43 16 597 - 3.51 1.75

75 10 041 - 3.34 13 951 - 3.42 1.92

80 8512.2 - 3.26 11 780 - 3.33 2.08

85 7245.5 - 3.18 9988.4 - 3.25 2.23

90 6191.1 - 3.11 8504.3 - 3.17 2.54

95 5310.0 - 3.03 7269.4 - 3.09 2.85

100 4570.7 - 2.96 6237.5 - 3.02 3.14

105 3948.0 - 2.90 5371.7 - 2.95 3.43

110 3421.5 - 2.83 4642.5 - 2.88 3.71

115 2974.8 - 2.77 4025.9 - 2.81 3.98

120 2594.5 - 2.71 3502.7 - 2.75 4.24

125 2269.6 - 2.65 3057.1 - 2.68 4.50

130 1991.2 - 2.59 2676.4 - 2.62 4.76

135 1751.9 - 2.53 2350.1 - 2.57 5.00

140 1545.5 - 2.48 2069.5 - 2.51 5.25

145 1367.1 - 2.43 1827.4 - 2.46 5.48

150 1212.3 - 2.38 1617.9 - 2.40 5.71




SOLDERING CONDITIONSThis SMD thermistor is only suitable for wave or reflow soldering, in accordance with JEDEC J-STD-020. The maximumtemperature of 260 °C during 40 s should not be exceeded.Typical examples of a soldering processes that will provide reliable joints without damage, are shown below.



PAPER TAPE


Time (s)

0 50 100 150 200

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

250

260 °C

≈ 245 °C215 °C

180 °C130 °C

2 K/s

40 s

10 s


260 °C ≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax.

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max.

≈ 60 s

20 s min.

normal limit

250 300

6 K/smax.

2.4

1.0

0.8

Dimensions of the solder lands




F W

P 0

P 2 D 0

B 0

A 0 P 1

E 1

T

T1

DIMENSIONS OF PAPER TAPE in millimetersPARAMETER DIMENSION TOLERANCEA0

(1) 1.15 ± 0.1B0

(1) 1.9 ± 0.1W 8.0 ± 0.2E1 1.75 ± 0.1F 3.5 ± 0.05D0 1.55 ± 0.05P0

(2) 4.0 ± 0.1P1 4.0 ± 0.1P2 2.0 ± 0.05T tape thickness 1.1 max.T1 cover tape < 0.1 -




FEATURES• TCR ranging from - 6 %/K at - 40 °C to - 2 %/K

at 150 °C• Tolerance on R25 down to 1 %, and on B25/85

down to 1 %• Suitable for wave or reflow soldering• NiSn terminations• Fully glass coated and protected• Old part number was 2322 615 5....• Compliant to RoHS directive 2002/95/EC and in







Notes(1) Replace * in SAP part no by J for 5 %, H for 3 %, G for 2 %, F for 1 % tolerance on R25(2) Replace * in 12 NC by 3 for 5 %, 6 for 3 %, 4 for 2 %, 5 for 1 % tolerance on R25

QUICK REFERENCE DATA

PARAMETER VALUE



B25/85 value 3600K to 4125K

Tolerance on B25/85 - value ± 1 %; ± 3 %



Dissipation factor D 3.5 mW/K


- 40 °C to + 150 °C



Weight ≈ 0.008 g

ELECTRICAL DATA AND ORDERING INFORMATION

R25 - VALUE(kΩ)

B25/85 - VALUE(K)

TOLERANCEON B25/85

(%)

SAP MATERIAL AND ORDERING NUMBER

NTCS0805E3... (1)

12 NC OLD MATERIAL NUMBER2381 615 5.... (2)

2.2 3600 ± 1 222*MT *2224.7 3500 ± 1 472*MT *47210 3430 ± 3 103*LT -10 3570 ± 3 103*MT *10310 3940 ± 1 103*HT -15 3700 ± 1 153*MT *15322 3800 ± 1 223*HT *22333 3920 ± 1 333*HT *33347 3960 ± 1 473*HT *47368 4100 ± 1 683*XT *683

100 3590 ± 1 104*MT -100 4100 ± 1 104*XT *104330 3930 ± 1 334*HT *334470 4025 ± 1 474*XT *474680 4125 ± 1 684*XT *684






T

L4

L1

L2 L3

W

L1 W TL2 and L3

min.L4

min.

2.0 ± 0.2 1.25 ± 0.15 0.8 ± 0.15 0.2 0.55

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.2 kΩ AND 4.7 kΩ

TOPER

(°C)



(± %)RT

(Ω) TCR(%/K)

RT

(Ω) TCR(%/K)

- 40 57 658 - 6.26 101 275 - 5.75 7.58- 35 42 410 - 6.03 76 325 - 5.57 6.83- 30 31 537 - 5.82 58 034 - 5.39 6.13- 25 23 698 - 5.61 44 505 - 5.22 5.45- 20 17 986 - 5.42 34 413 - 5.06 4.80- 15 13 782 - 5.23 26 821 - 4.91 4.18- 10 10 657 - 5.06 21 065 - 7.76 3.58- 5 8312.0 - 4.89 16 667 - 4.61 3.010 6537.1 - 4.72 13 280 - 4.47 2.465 5182.1 - 4.57 10 654 - 4.34 1.93

10 4139.2 - 4.42 8603.2 - 4.21 1.4215 3330.1 - 4.28 6991.1 - 4.09 0.9320 2697.8 - 4.14 5715.6 - 3.97 0.4625 2200.0 - 4.02 4700.0 - 3.86 0.0030 1805.5 - 3.89 3886.6 - 3.75 0.2235 1490.7 - 3.77 3231.2 - 3.64 0.4340 1237.9 - 3.66 2700.3 - 3.54 0.6445 1033.7 - 3.55 2267.9 - 3.44 0.8450 867.85 - 3.45 1913.9 - 3.35 1.0355 732.31 - 3.35 1622.6 - 3.26 1.2260 620.96 - 3.25 1381.7 - 3.17 1.4065 529.02 - 3.16 1181.7 - 3.09 1.5870 452.73 - 3.07 1014.7 - 3.01 1.7575 389.13 - 2.99 874.85 - 2.93 1.9280 335.85 - 2.90 757.13 - 2.85 2.0885 291.02 - 2.83 657.67 - 2.78 2.2390 253.15 - 2.75 573.31 - 2.71 2.5495 221.03 - 2.68 501.48 - 2.64 2.85

100 193.66 - 2.61 440.10 - 2.58 3.14105 170.27 - 2.54 387.47 - 2.52 3.43110 150.20 - 2.48 342.18 - 2.46 3.71115 132.91 - 2.41 303.09 - 2.40 3.98120 117.98 - 2.35 269.24 - 2.34 4.24125 105.03 - 2.20 239.83 - 2.29 4.50130 93.766 - 2.24 214.20 - 2.23 4.76135 83.943 - 2.19 191.82 - 2.18 5.00140 75.349 - 2.13 172.20 - 2.13 5.25145 67.807 - 2.08 154.96 - 2.09 5.48150 61.172 - 2.04 139.78 - 2.04 5.71



NTC Thermistors


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 10 kΩ

TOPER

(°C)



PART NUMBERNTCS0805E3103*HT ΔR/R DUE TO

Btol.

(± %)RT

(Ω) TCR(%/K)

RT

(Ω) TCR(%/K)

RT

(Ω) TCR(%/K)

- 40 182 928 - 5.47 232 634 - 5.92 335 922 - 6.60 11.22

- 35 139 839 - 5.28 173 538 - 5.71 242 721 - 6.40 10.14

- 30 107 902 - 5.10 130 769 - 5.51 177 179 - 6.19 9.10

- 25 83 986 - 4.93 99 489 - 5.33 130 625 - 6.00 8.11

- 20 65 904 - 4.77 76 385 - 5.15 97 234 - 5.81 7.15

- 15 52 111 - 4.62 59 157 - 4.98 73 056 - 5.63 6.24

- 10 41 501 - 4.48 46 194 - 4.82 55 387 - 5.45 5.35

- 5 33 276 - 4.35 36 356 - 4.67 42 358 - 5.28 4.50

0 26 851 - 4.23 28 829 - 4.52 32 666 - 5.11 3.68

5 21 799 - 4.11 23 025 - 4.38 25 396 - 4.96 2.89

10 17 798 - 4.00 18 515 - 4.25 19 898 - 4.80 2.13

15 14 612 - 3.89 14 986 - 4.12 15 708 - 4.66 1.40

20 12 058 - 3.79 12 205 - 4.00 12 490 - 4.51 0.69

25 10 000 - 3.69 10 000 - 3.88 10 000 - 4.38 0.00

30 8332.5 - 3.60 8240.3 - 3.77 8060.1 - 4.25 0.66

35 6974.6 - 3.51 6827.5 - 3.66 6538.4 - 4.12 1.31

40 5863.2 - 3.43 5686.6 - 3.56 5336.7 - 4.00 1.93

45 4949.5 - 3.35 4760.3 - 3.46 4381.9 - 3.88 2.53

50 4194.8 - 3.27 4004.2 - 3.37 3618.5 - 3.77 3.11

55 3568.8 - 3.19 3383.8 - 3.28 3004.5 - 3.67 3.68

60 3047.5 - 3.12 2872.3 - 3.19 2507.9 - 3.56 4.23

65 2611.5 - 3.05 2448.5 - 3.11 2104.1 - 3.46 4.76

70 2245.5 - 2.99 2095.9 - 3.03 1774.0 - 3.37 5.28

75 1937.2 - 2.92 1801.2 - 2.95 1502.7 - 3.27 5.78

80 1676.6 - 2.86 1553.8 - 2.88 1278.7 - 3.18 6.27

85 1455.4 - 2.80 1345.3 - 2.81 1092.8 - 3.10 6.74

90 1267.2 - 2.74 1168.9 - 2.74 937.89 - 3.02 7.20

95 1106.5 - 2.68 1019.2 - 2.67 808.21 - 2.94 7.65

100 968.83 - 2.63 891.48 - 2.61 699.18 - 2.86 8.09

105 850.57 - 2.53 782.28 - 2.54 607.15 - 2.79 8.51

110 748.69 - 2.53 688.56 - 2.48 529.14 - 2.71 8.93

115 660.67 - 2.48 607.85 - 2.43 462.78 - 2.65 9.33

120 584.42 - 2.43 538.14 - 2.37 406.10 - 2.58 9.73

125 518.20 - 2.38 477.73 - 2.32 357.54 - 2.52 10.11

130 460.53 - 2.34 425.24 - 2.26 315.77 - 2.45 10.48

135 410.19 - 2.29 379.49 - 2.21 279.73 - 2.39 10.85

140 366.15 - 2.25 339.51 - 2.17 248.53 - 2.34 11.20

145 327.52 - 2.21 304.47 - 2.12 221.44 - 2.28 11.55

150 293.56 - 2.17 273.69 - 2.07 197.84 - 2.23 11.89






TOPER(°C)




(± %)RT

(Ω)TCR(%/K)

RT

(Ω) TCR(%/K)

RT

(Ω) TCR(%/K)

- 40 391 251 - 6.14 641 004 - 6.40 1 104 739 - 6.79 7.58

- 35 289 245 - 5.94 468 038 - 6.18 793 249 - 6.53 6.83

- 30 215 960 - 5.75 345 469 - 5.97 576 683 - 6.28 6.13

- 25 162 779 - 5.56 257 644 - 5.77 424 161 - 6.05 5.45

- 20 123 815 - 5.38 194 045 - 5.57 315 430 - 5.84 4.80

- 15 95 001 - 5.21 147 521 - 5.39 237 022 - 5.63 4.18

- 10 73 505 - 5.05 113 159 - 5.22 179 865 - 5.44 3.58

- 5 57 329 - 4.89 87 544 - 5.05 137 767 - 5.26 3.01

0 45 058 - 4.74 68 281 - 4.89 106 459 - 5.08 2.46

5 35 674 - 4.60 53 672 - 4.74 82 958 - 4.92 1.93

10 28 445 - 4.46 42 503 - 4.59 65 162 - 4.76 1.42

15 22 834 - 4.33 33 898 - 4.46 51 572 - 4.61 0.93

20 18 450 - 4.20 27 220 - 4.32 41 112 - 4.47 0.46

25 15 000 - 4.08 22 000 - 4.20 33 000 - 4.34 0.00

30 12 268 - 3.96 17 892 - 4.07 26 663 - 4.21 0.22

35 10 092 - 3.85 14 638 - 3.96 21 678 - 4.08 0.43

40 8347.4 - 3.74 12 045 - 3.84 17 730 - 3.97 0.64

45 6941.1 - 3.64 9965.0 - 3.74 14 585 - 3.86 0.84

50 5801.1 - 3.54 8288.3 - 3.63 12 063 - 3.75 1.03

55 4872.1 - 3.44 6928.4 - 3.54 10 030 - 3.65 1.22

60 4111.1 - 3.35 5819.8 - 3.44 8381.6 - 3.55 1.40

65 3484.7 - 3.26 4911.4 - 3.35 7037.8 - 3.45 1.58

70 2966.6 - 3.18 4163.4 - 3.26 5936.8 - 3.36 1.75

75 2536.2 - 3.09 3544.6 - 3.18 5030.3 - 3.27 1.92

80 2176.9 - 3.02 3030.2 - 3.10 4280.4 - 3.19 2.08

85 1875.8 - 2.94 2600.9 - 3.02 3657.2 - 3.11 2.23

90 1622.5 - 2.87 2241.0 - 2.94 3137.1 - 3.03 2.54

95 1408.4 - 2.79 1938.0 - 2.87 2701.2 - 2.96 2.85

100 1226.8 - 2.73 1682.0 - 2.80 2334.4 - 2.89 3.14

105 1072.3 - 2.66 1464.9 - 2.73 2024.4 - 2.82 3.43

110 940.20 - 2.60 1280.0 - 2.67 1761.6 - 2.75 3.71

115 827.00 - 2.54 1122.0 - 2.60 1538.0 - 2.69 3.98

120 729.62 - 2.48 986.60 - 2.54 1346.9 - 2.63 4.24

125 645.60 - 2.42 870.11 - 2.48 1183.23 - 2.57 4.50

130 572.86 - 2.36 769.60 - 2.43 1042.4 - 2.51 4.76

135 509.71 - 2.31 682.59 - 2.37 921.02 - 2.45 5.00

140 454.71 - 2.26 607.05 - 2.32 815.99 - 2.40 5.25

145 406.69 - 2.21 541.28 - 2.27 724.85 - 2.35 5.48

150 364.64 - 2.16 483.86 - 2.22 645.54 - 2.30 5.71



NTC Thermistors



TOPER

(°C)


PART NUMBERNTCS0805E3683*XT


PART NUMBERNTCS0805E3104*XT ΔR/R DUE

TO Btol.

(± %)RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

RT(Ω)

TCR(%/K)

- 40 1 536 095 - 6.60 2 596 437 - 6.92 2 245 445 - 5.82 3 833 689 - 6.96 7.58

- 35 1 110 020 - 6.37 1 848 208 - 6.68 1 686 623 - 5.63 2 724 206 - 6.71 6.83

- 30 811 212 - 6.15 1 331 164 - 6.45 1 278 403 - 5.45 1 959 612 - 6.47 6.13

- 25 599 204 - 5.94 969 559 - 6.23 977 431 - 5.28 1 426 014 - 6.25 5.45

- 20 447 111 - 5.74 713 753 - 6.02 753 552 - 5.12 1 049 150 - 6.03 4.80

- 15 336 851 - 5.56 530 805 - 5.82 585 597 - 4.97 779 950 - 5.83 4.18

- 10 256 116 - 5.38 398 593 - 5.64 458 561 - 4.82 585 575 - 5.64 3.58

- 5 196 435 - 5.21 302 091 - 5.45 361 719 - 4.67 443 786 - 5.45 3.01

0 151 917 - 5.05 230 981 - 5.28 287 337 - 4.54 339 343 - 5.28 2.46

5 118 422 - 4.89 178 104 - 5.12 229 790 - 4.40 261 695 - 5.11 1.93

10 93 012 - 4.74 138 441 - 4.96 184 958 - 4.28 203 455 - 4.96 1.42

15 73 583 - 4.60 108 442 - 4.81 149 796 - 4.16 159 402 - 4.81 0.93

20 58 615 - 4.47 85 571 - 4.67 122 043 - 4.04 125 811 - 4.66 0.46

25 47 000 - 4.34 68 000 - 4.53 100 000 - 3.93 100 000 - 4.52 0.00

30 37 925 - 4.22 54 403 - 4.40 82 389 - 3.82 80 021 - 4.39 0.22

35 30 788 - 4.10 43 806 - 4.27 68 238 - 3.72 64 447 - 4.27 0.43

40 25 139 - 3.99 35 493 - 4.15 56 805 - 3.62 52 224 - 4.15 0.64

45 20 641 - 3.88 28 928 - 4.03 47 518 - 3.52 42 570 - 4.03 0.84

50 17 038 - 3.78 23 712 - 3.92 39 936 - 3.43 34 897 - 3.92 1.03

55 14 136 - 3.68 19 543 - 3.81 33 716 - 3.34 28 763 - 3.81 1.22

60 11 786 - 3.58 16 192 - 3.71 28 589 - 3.26 23 830 - 3.71 1.40

65 9872.9 - 3.49 13 483 - 3.61 24 342 - 3.17 19 842 - 3.61 1.58

70 8308.1 - 3.40 11 282 - 3.52 20 811 - 3.10 16 601 - 3.52 1.75

75 7021.9 - 3.31 9484.2 - 3.43 17 861 - 3.02 13 954 - 3.43 1.92

80 5959.7 - 3.23 8008.8 - 3.34 15 386 - 2.95 11 781 - 3.34 2.08

85 5078.7 - 3.15 6792.1 - 3.25 13 303 - 2.87 9988.4 - 3.26 2.23

90 4344.9 - 3.08 5784.2 - 3.17 11 542 - 2.81 8503.6 - 3.18 2.54

95 3731.0 - 3.00 4945.7 - 3.09 10 048 - 2.74 7268.2 - 3.10 2.85

100 3215.5 - 2.93 4245.0 - 3.02 8775.2 - 2.68 6236.0 - 3.03 3.14

105 2781.0 - 2.86 3657.2 - 2.94 7688.1 - 2.61 5370.1 - 2.95 3.43

110 2413.2 - 2.80 3162.1 - 2.87 6756.2 - 2.55 4640.8 - 2.88 3.71

115 2101.0 - 2.73 2743.5 - 2.81 5954.7 - 2.50 4024.3 - 2.82 3.98

120 1834.9 - 2.67 2388.2 - 2.74 5263.2 - 2.44 3501.2 - 2.75 4.24

125 1607.3 - 2.61 2085.7 - 2.68 4664.8 - 2.39 3055.8 - 2.69 4.50

130 1412.2 - 2.55 1827.2 - 2.62 4145.4 - 2.33 2675.3 - 2.63 4.76

135 1244.2 - 2.50 1605.5 - 2.56 3693.3 - 2.28 2349.2 - 2.57 5.00

140 1099.3 - 2.44 1414.9 - 2.50 3298.7 - 2.24 2068.7 - 2.51 5.25

145 973.81 - 2.39 1250.4 - 2.44 2953.4 - 2.19 1826.8 - 2.46 5.48

150 864.87 - 2.34 1108.0 - 2.39 2650.5 - 2.14 1617.5 - 2.41 5.71






TOPER

(°C)


PART NUMBERNTCS0805E3474*XT

PART NUMBERNTCS0805E3684*XT ΔR/R DUE TO Btol.

(± %)RT(kΩ)

TCR(%/K)

RT(kΩ)

TCR(%/K)

RT(kΩ)

TCR(%/K)

- 40 10 488 - 6.53 16 325 - 6.70 23 477 - 6.58 7.58

- 35 7608.4 - 6.31 11 742 - 6.48 16 980 - 6.38 6.83

- 30 5579.1 - 6.10 8539.8 - 6.26 12 404 - 6.18 6.13

- 25 4133.1 - 5.90 6276.8 - 6.05 9147.1 - 6.00 5.45

- 20 3092.0 - 5.71 4660.3 - 5.86 6807.4 - 5.82 4.80

- 15 2334.8 - 5.53 3493.6 - 5.67 5110.7 - 5.65 4.18

- 10 1778.8 - 5.35 2643.2 - 5.49 3869.3 - 5.48 3.58

- 5 1366.9 - 5.19 2017.4 - 5.32 2953.2 - 5.33 3.01

0 1058.9 - 5.03 1552.8 - 5.15 2271.5 - 5.17 2.46

5 826.75 - 4.87 1204.7 - 5.00 1760.2 - 5.03 1.93

10 650.33 - 4.73 941.99 - 4.85 1373.89 - 4.89 1.42

15 515.22 - 4.59 741.96 - 4.70 1079.7 - 4.75 0.93

20 410.99 - 4.45 588.54 - 4.56 854.12 - 4.62 0.46

25 330.00 - 4.33 470.00 - 4.43 680.00 - 4.50 0.00

30 266.64 - 4.20 377.77 - 4.31 544.69 - 4.38 0.22

35 216.75 - 4.08 305.53 - 4.18 438.89 - 4.26 0.43

40 177.22 - 3.97 248.58 - 4.07 355.64 - 4.15 0.64

45 145.70 - 3.86 203.40 - 3.96 289.76 - 4.04 0.84

50 120.43 - 3.76 167.35 - 3.85 237.33 - 3.94 1.03

55 100.06 - 3.66 138.42 - 3.75 195.38 - 3.84 1.22

60 83.541 - 3.56 115.06 - 3.65 161.62 - 3.75 1.40

65 70.081 - 3.47 96.120 - 3.55 134.33 - 3.65 1.58

70 59.059 - 3.38 80.672 - 3.46 112.16 - 3.56 1.75

75 49.989 - 3.29 68.012 - 3.37 94.052 - 3.48 1.92

80 42.491 - 3.21 57.588 - 3.29 79.204 - 3.39 2.08

85 36.265 - 3.13 48.966 - 3.20 66.973 - 3.31 2.23

90 31.074 - 3.05 41.803 - 3.12 56.855 - 3.24 2.54

95 26.726 - 2.98 35.826 - 3.05 48.449 - 3.16 2.85

100 23.070 - 2.91 30.819 - 2.97 41.439 - 3.09 3.14

105 19.985 - 2.84 26.608 - 2.90 35.569 - 3.02 3.43

110 17.371 - 2.77 23.053 - 2.83 30.636 - 2.95 3.71

115 15.149 - 2.71 20.039 - 2.77 26.474 - 2.89 3.98

120 13.253 - 2.64 17.477 - 2.70 22.952 - 2.82 4.24

125 11.630 - 2.58 15.290 - 2.64 19.961 - 2.76 4.50

130 10.236 - 2.52 13.417 - 2.58 17.412 - 2.70 4.76

135 9.0345 - 2.47 11.808 - 2.53 15.233 - 2.65 5.00

140 7.9963 - 2.41 10.422 - 2.47 13.364 - 2.59 5.25

145 7.0964 - 2.36 9.2239 - 2.42 11.757 - 2.54 5.48

150 6.3142 - 2.31 8.1851 - 2.36 10.371 - 2.48 5.71



NTC Thermistors

SOLDERING CONDITIONSThis SMD thermistor is only suitable for wave or reflow soldering, in accordance with JEDEC J-STD-020. The maximumtemperature of 260 °C during 40 s should not be exceeded.Typical examples of a soldering processes that will provide reliable joints without damage, are shown below.



PAPER TAPE


Time (s)

0 50 100 150 200

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

250

260 °C

≈ 245 °C215 °C

180 °C130 °C

2 K/s

40 s

10 s


260 °C ≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax.

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max.

≈ 60 s

20 s min.

normal limit

250 300

6 K/smax.

3.0

1.3

1.0

Dimensions of the solder lands




F W

P 0

P 2 D 0

B 0

A 0 P 1

E 1

T

T1

PAPER TAPE DIMENSIONS in millimetersPARAMETER DIMENSION TOLERANCE

A0 (1) 1.7 ± 0.2

B0 (1) 2.35 ± 0.1

W 8.0 ± 0.2E1 1.75 ± 0.1F 3.5 ± 0.05D0 1.55 ± 0.05

P0 (2) 4.0 ± 0.1

P1 4.0 ± 0.1

P2 2.0 ± 0.05T tape thickness 1.1 max.T1 cover tape < 0.1 -


NTHSVishay Dale

NTC Thermistors, SMD Chip

FEATURES

• Extended resistance values available instandard sizes

• Wraparound Ni barrier terminations with100 % Sn (or Sn90Pb10)

• Allows design flexibility for use with hybrid circuitry

• Available in bulk or tape and reel packaging

• High-density monolithic construction with glass overcoat

• Compliant to RoHS directive 2002/95/EC

• Halogen-free according to IEC 61249-2-21 definition


automotive, industrial, telecom and consumer applications.Examples are:

- Battery chargers

- Power suppliers

- Office equipment

- LCD compensation

- In-car entertainment

Note• Typical resistance vs. temperature conversion data can be found at www.vishay.com/doc?33011


PARAMETER VALUE


Tolerance on R25 - value± 1 %, ± 2 %, ± 3 %,

± 5 %, ± 10 %

B25/75 value 3181K to 4247K

Tolerance on B25/85 - value ± 3 %

Operating temperature rangeat zero power (intermittent)

- 40 °C to + 125 °C (150 °C)

NTHS PRODUCT DATA AND R25 RESISTANCE RANGE AVAILABILITY

CURVEB25/75

(K)TCR(%/K)

NTHS0402(kΩ)

NTHS0603(kΩ)

NTHS0805(kΩ)

NTHS1206(kΩ)

R25 ± TOL. AVAILABILITY

3 3181 - 3.70 - 1 to 2 1 to 1.5 1 to 2 5, 10

6 3254 - 3.60 - 2.5 to 4.7 2 to 3.3 2.7 to 3.5 5, 10

2 3477 - 3.83 10 to 12 6.8 to 12 4.7 to 10 6 to 10 3, 5, 10

10 3500 - 3.90 18 to 25 12 to 20 6 to 12 10 to 20 3, 5, 10

11 3700 - 4.00 30 to 34 22 to 32 15 to 30 20 to 33 3, 5, 10

5 3890 - 4.30 47 to 50 38 to 57 35 to 50 30 to 44 3, 5, 10

1 3964 - 4.40 68 to 100 50 to 100 33 to 78 38 to 100 1, 2, 3, 5, 10

17 4064 - 4.54 250 150 to 220 100 to 200 100 to 220 3, 5, 10

4 4247 - 4.68 350 250 to 350 200 to 300 200 to 330 3, 5, 10

Maximum dissipation at 25 °C in mW 80 125 210 280

Dissipation factor in mW/K 2.0 3.0 3.5 4.0


NTHSVishay Dale NTC Thermistors, SMD Chip

DIMENSIONS in inches (millimeters)

Note• Thickness of the part is depending on size and resistance value. Please consult the factory for more information on individual types at

[email protected]

GLOBAL PART NUMBER INFORMATION

Global Part Numbering: NTHS1206N02N1002JE (preferred part number format)

GLOBALMODEL

CONDUCTOR TYPE

CURVE CHARACTERISTICRESISTANCE

VALUETOLERANCE

CODEPACKAGING

NTHS0402NTHS0603NTHS0805NTHS1206

Nickel barrier 010203040506101117

N 1002 = 10K F = ± 1 %G = ± 2 %H = ± 3 %J = ± 5 %

K = ± 10 %

F = Lead (Pb)-free, bulk

E = Lead (Pb)-free, T/R (2K, full)

U = Lead (Pb)-free, T/R (5K, full)

P = Tin/lead, bulk

R = Tin/lead, T/R (2K, full)G = Tin/lead, T/R (5K, full)

PART NUMBER L W BW

NTHS0402 0.040 ± 0.004

(1.016 ± 0.102) 0.022 ± 0.006 (0.5 ± 0.051)

0.010 ± 0.004 (0.25 ± 0.102)

NTHS0603 0.063 ± 0.008 (1.6 ± 0.20)

0.031 ± 0.008 (0.80 ± 0.20)

0.010 ± 0.006 (0.25 ± 0.15)

NTHS0805 0.079 ± 0.008 (2.00 ± 0.20)

0.049 ± 0.008 (1.25 ± 0.20)

0.012 ± 0.006 (0.30 ± 0.15)

NTHS1206 0.126 ± 0.008 (3.20 ± 0.20)

0.063 ± 0.008 (1.60 ± 0.20)

0.018 ± 0.008 (0.46 ± 0.20)

W

L

BW

S 1 2 0 N 0 N6T H 0 2 J E0N 2 1

NTCS0805E4.../2381 615 1....Vishay BCcomponents

Document Number: 29054 For technical questions, contact: [email protected] www.vishay.comRevision: 03-Jun-09 25

SMD 0805, NTC Thermistors AgPd Terminations

REMARKNon preferred type(replaced by NTCS0805E3.....T/2381 615 5....)

Note(1) Tighter tolerances are available upon request

FEATURES• TCR from 6 %/K to 2 %/K even at high

temperatures

• Tolerance on B25/85 down to 1 %

• AgPd terminations

• Suitable for wave or reflow soldering

• Old part number was 2322 615 1...


APPLICATIONS• Temperature compensation, sensing and protection in, for

example:

- Battery chargers

- Consumer equipment

- Office equipment



Note(2) Replace digit Y in SAP part no by J for 5 %


Resistance value at 25 °C 2 kΩ to 470 kΩTolerance on R25 - value (1) ± 5 %

Tolerance on B25/85 - valuesee Electrical Data and

Ordering Information



Operating temperature range - 55 °C to + 150 °C



Mass ≈ 0.0155 g

SOLDERABILITY AND RESISTANCE TO SOLDERING HEAT

IEC 60068-2-20 TESTMETHOD TEST PROCEDURE REQUIREMENTS

6 TC Solderability 3 s at 215 °C; 2 s at 235 °C ΔR/R < 5 %


(kΩ)TOLERANCE ON

R25 °CB25/85 - VALUE

(K)TOLERANCE ON B25/85

(%)12 NC ORDERING CODE

2381 615 13...SAP MATERIAL NO.

NTCS0805E4... (2)

2 5 % 3680 ± 3 202 202JMT

2.2 5 % 3680 ± 3 222 222JMT

4.7 5 % 3560 ± 1 472 472JMT

10 5 % 3620 ± 1 103 103JMT

15 5 % 3528 ± 1 153 153JMT

22 5 % 3930 ± 1.5 223 223JHT

33 5 % 3960 ± 3 333 333JHT

47 5 % 4090 ± 1.5 473 473JXT

68 5 % 3740 ± 3 683 683JMT

100 5 % 3650 ± 1 104 104JMT

330 5 % 4015 ± 3 334 334JXT

470 5 % 4130 ± 3 474 474JXT

www.vishay.com For technical questions, contact: [email protected] Document Number: 2905426 Revision: 03-Jun-09

NTCS0805E4.../2381 615 1....Vishay BCcomponents SMD 0805, NTC Thermistors

AgPd Terminations


T

L4

L1

L2 L3

W

L1 W TMAX.

L2 and L3MIN.

L4MIN.

2.0 ± 0.2 1.25 ± 0.2 1.25 0.5 ± 0.25 0.5

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2000 Ω

TOPER(°C)

CATALOG NUMBER 2381 615 13202 OR SAP NO. NTCS0805E4202JMT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 27.23 - 6.21 54 462.6 15.94 2.57- 35 20.06 - 6.02 40 118.4 14.88 2.47- 30 14.92 - 5.83 29 834.5 13.87 2.38- 25 11.20 - 5.65 22 393.8 12.89 2.28- 20 8.481 - 5.47 16 961.6 11.95 2.19- 15 6.480 - 5.29 12 960.5 11.05 2.09- 10 4.994 - 5.13 9987.9 10.19 1.99- 5 3.880 - 4.97 7760.8 9.36 1.890 3.393 - 4.81 6078.6 8.56 1.785 2.399 - 4.66 4797.7 7.79 1.67

10 1.908 - 4.51 3815.0 7.05 1.5615 1.528 - 4.37 3055.3 6.34 1.4520 1.232 - 4.24 2463.8 5.66 1.3425 1.000 - 4.11 2000.0 5.00 1.2230 0.8170 - 3.98 1633.9 5.64 1.4235 0.6715 - 3.86 1343.1 6.26 1.6240 0.5553 - 3.74 1110.5 6.87 1.8345 0.4618 - 3.63 923.5 7.46 2.0550 0.3861 - 3.53 772.2 8.04 2.2855 0.3245 - 3.42 649.0 8.61 2.5160 0.2742 - 3.32 548.3 9.16 2.7665 0.2327 - 3.23 465.5 9.69 3.0070 0.1985 - 3.14 397.0 10.22 3.2675 0.1701 - 3.05 340.2 10.73 3.5280 0.1464 - 2.96 292.7 11.23 3.7985 0.1265 - 2.88 252.9 11.72 4.0790 0.1097 - 2.80 219.4 12.20 4.3595 0.0956 - 2.73 191.1 12.66 4.65

100 0.0835 - 2.65 167.1 13.12 4.95105 0.0733 - 2.58 146.6 13.56 5.25110 0.0645 - 2.51 129.1 14.00 5.57115 0.0570 - 2.45 114.0 14.42 5.89120 0.0505 - 2.38 101.0 14.84 6.22125 0.0449 - 2.32 89.8 15.24 6.56130 0.0400 - 2.26 80.1 15.64 6.91135 0.0358 - 2.21 71.6 16.03 7.26140 0.0321 - 2.15 64.2 16.41 7.62145 0.0289 - 2.10 57.7 16.78 7.99150 0.0260 - 2.05 52.1 17.15 8.37


NTCS0805E4.../2381 615 1....SMD 0805, NTC Thermistors

AgPd TerminationsVishay BCcomponents


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 27.23 - 6.21 59 909 15.94 2.57- 35 20.06 - 6.02 44 130 14.88 2.47- 30 14.92 - 5.83 12 818 13.87 2.38- 25 11.20 - 5.65 24 633 12.89 2.28- 20 8.481 - 5.47 18 658 11.95 2.19- 15 6.480 - 5.29 14 257 11.05 2.09- 10 4.994 - 5.13 10 987 10.19 1.99- 5 3.880 - 4.97 8537 9.36 1.890 3.393 - 4.81 6686 8.56 1.785 2.399 - 4.66 5278 7.79 1.67

10 1.908 - 4.51 4196 7.05 1.5615 1.528 - 4.37 3361 6.34 1.4520 1.232 - 4.24 2710 5.66 1.3425 1.000 - 4.11 2200 5.00 1.2230 0.8170 - 3.98 1797 5.64 1.4235 0.6715 - 3.86 1477 6.26 1.6240 0.5553 - 3.74 1222 6.87 1.8345 0.4618 - 3.63 1016 7.46 2.0550 0.3861 - 3.53 849.4 8.04 2.2855 0.3245 - 3.42 714.0 8.61 2.5160 0.2742 - 3.32 603.2 9.16 2.7665 0.2327 - 3.23 512.0 9.69 3.0070 0.1985 - 3.14 436.7 10.22 3.2675 0.1701 - 3.05 374.2 10.73 3.5280 0.1464 - 2.96 322.0 11.23 3.7985 0.1265 - 2.88 278.2 11.72 4.0790 0.1097 - 2.80 241.4 12.20 4.3595 0.0956 - 2.73 210.2 12.66 4.65

100 0.0835 - 2.65 183.8 13.12 4.95105 0.0733 - 2.58 161.3 13.56 5.25110 0.0645 - 2.51 142.0 14.00 5.57115 0.0570 - 2.45 125.4 14.42 5.89120 0.0505 - 2.38 111.2 14.84 6.22125 0.0449 - 2.32 98.81 15.24 6.56130 0.0400 - 2.26 88.10 15.64 6.91135 0.0358 - 2.21 78.78 16.03 7.26140 0.0321 - 2.15 70.65 16.41 7.62145 0.0289 - 2.10 63.52 16.78 7.99150 0.0260 - 2.05 57.26 17.15 8.37


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 21.9261 - 5.75 103 053 8.50 1.48- 35 16.5224 - 5.57 77 655 8.16 1.46- 30 12.5583 - 5.40 59 024 7.84 1.45- 25 9.62492 - 5.24 45 237 7.53 1.44- 20 7.43618 - 5.08 34 950 7.23 1.42- 15 5.78976 - 4.93 27 212 6.94 1.41- 10 4.54158 - 4.78 21 345 6.67 1.39- 5 3.58813 - 4.64 16 864 6.40 1.380 2.85449 - 4.51 13 416 6.15 1.365 2.28599 - 4.38 10 744 5.90 1.35



AgPd Terminations

10 1.84245 - 4.25 8659.5 5.66 1.3315 1.49414 - 4.13 7022.5 5.44 1.3220 1.21887 - 4.01 5728.7 5.21 1.3025 1.00 - 3.90 4700.0 5.00 1.2830 0.82494 - 3.80 3877.2 5.21 1.3735 0.68413 - 3.69 3215.4 5.41 1.4640 0.57025 - 3.59 2680.2 5.60 1.5645 0.47765 - 3.50 2245.0 5.79 1.6650 0.40198 - 3.40 1889.3 5.97 1.7555 0.33984 - 3.31 1597.2 6.15 1.8560 0.28856 - 3.23 1356.2 6.32 1.9665 0.24606 - 3.15 1156.5 6.48 2.0670 0.21067 - 3.07 990.1 6.64 2.1775 0.18108 - 2.99 851.06 6.80 2.2880 0.15623 - 2.91 734.29 6.95 2.3985 0.13529 - 2.84 635.86 7.10 2.5090 0.11757 - 2.77 552.56 7.24 2.6195 0.10251 - 2.71 481.81 7.38 2.73

100 0.08968 - 2.64 421.50 7.52 2.85105 0.07871 - 2.58 369.91 7.65 2.97110 0.06928 - 2.52 325.64 7.78 3.09115 0.06117 - 2.46 287.51 7.91 3.21120 0.05416 - 2.41 254.57 8.03 3.34125 0.04809 - 2.35 226.03 8.15 3.47130 0.04282 - 2.30 201.23 8.27 3.60135 0.03822 - 2.25 179.62 8.38 3.73140 0.0342 - 2.20 160.73 8.49 3.86145 0.03068 - 2.15 144.17 8.60 4.00150 0.02758 - 2.10 129.63 8.70 4.14


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 10 000 Ω

TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.0973 - 5.84 230 973 8.50 1.45- 35 17.3222 - 5.67 173 222 8.16 1.44- 30 13.1054 - 5.49 131 054 7.84 1.43- 25 9.99934 - 5.33 99 993 7.53 1.41- 20 7.69193 - 5.17 76 919 7.23 1.40- 15 5.96369 - 5.01 59 637 6.94 1.38- 10 4.6589 - 4.86 46 589 6.67 1.37- 5 3.66623 - 4.72 36 662 6.40 1.360 2.9054 - 4.58 29 054 6.15 1.345 2.31806 - 4.45 23 181 5.90 1.33

10 1.86153 - 4.32 18 615.3 5.66 1.3115 1.50429 - 4.20 15 042.9 5.44 1.2920 1.22295 - 4.08 12 229.5 5.21 1.2825 1.00 - 3.97 10 000.0 5.00 1.2630 0.82227 - 3.86 8222.7 5.21 1.3535 0.67977 - 3.75 6797.7 5.41 1.4440 0.56487 - 3.65 5648.7 5.60 1.5345 0.47174 - 3.55 4717.4 5.79 1.6350 0.39585 - 3.46 3958.5 5.97 1.7255 0.33371 - 3.37 3337.1 6.15 1.82




60 0.28258 - 3.28 2825.8 6.32 1.9265 0.24031 - 3.20 2403.1 6.48 2.0370 0.20521 - 3.12 2052.1 6.64 2.1375 0.17594 - 3.04 1759.37 6.80 2.2480 0.15142 - 2.96 1514.20 6.95 2.3585 0.1308 - 2.89 1308.04 7.10 2.4690 0.1134 - 2.82 1134.00 7.24 2.5795 0.09865 - 2.75 986.53 7.38 2.68

100 0.08611 - 2.69 861.10 7.52 2.80105 0.0754 - 2.62 754.04 7.65 2.92110 0.06624 - 2.56 662.36 7.78 3.04115 0.05836 - 2.50 583.58 7.91 3.16120 0.05157 - 2.45 515.67 8.03 3.28125 0.4569 - 2.39 456.94 8.15 3.41130 0.0406 - 2.34 406.01 8.27 3.54135 0.03617 - 2.29 361.71 8.38 3.67140 0.03231 - 2.23 323.06 8.49 3.80145 0.02893 - 2.19 289.26 8.60 3.93150 0.02596 - 2.14 259.61 8.70 4.07


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.3421 - 6.06 350 131 8.46 1.40- 35 17.336 - 5.84 260 040 8.13 1.39- 30 13.0176 - 5.62 195 263 7.81 1.39- 25 9.87717 - 5.42 148 158 7.50 1.38- 20 7.56881 - 5.23 113 532 7.21 1.38- 15 5.8546 - 5.05 87 819 6.93 1.37- 10 4.56918 - 4.87 68 538 6.65 1.37- 5 3.59635 - 4.71 53 945 6.39 1.360 2.85356 - 4.55 42 803 6.14 1.355 2.28163 - 4.40 34 224 5.89 1.34

10 1.83772 - 4.26 27 566 5.66 1.3315 1.49054 - 4.12 22 358 5.43 1.3220 1.21701 - 3.99 18 255 5.21 1.3125 1.00 - 3.87 15 000 5.00 1.2930 0.83154 - 3.75 12 473 5.20 1.3935 0.69408 - 3.63 10 411 5.40 1.4940 0.58149 - 3.53 8722.3 5.60 1.5945 0.48893 - 3.42 7334.0 5.78 1.6950 0.41256 - 3.32 6188.5 5.96 1.7955 0.34933 - 3.23 5240.0 6.14 1.9060 0.2968 - 3.14 4451.9 6.31 2.0165 0.253 - 3.05 3794.9 6.47 2.1270 0.21635 - 2.97 3245.3 6.63 2.2475 0.1856 - 2.89 2784.0 6.78 2.3580 0.15971 - 2.81 2395.7 6.94 2.4785 0.13785 - 2.73 2067.7 7.08 2.5990 0.11932 - 2.66 1789.8 7.22 2.7195 0.10358 - 2.59 1553.7 7.36 2.84

100 0.09016 - 2.53 1352.4 7.50 2.97105 0.0787 - 2.46 1180.5 7.63 3.10



AgPd Terminations

110 0.06887 - 2.40 1033.1 7.76 3.23115 0.06043 - 2.34 906.41 7.88 3.36120 0.05315 - 2.29 797.27 8.00 3.50125 0.04687 - 2.23 702.99 8.12 3.64130 0.04142 - 2.18 621.33 8.24 3.78135 0.03669 - 2.13 550.42 8.35 3.92140 0.03258 - 2.08 488.72 8.46 4.07145 0.02899 - 2.03 434.88 8.57 4.22150 0.02585 - 1.98 387.81 8.67 4.37


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)

CATALOG NUMBER 2381 615 13223 OR SAP NO. NTCS0805E4223JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 30.7958 - 6.42 677 507.99 16.71 2.60- 35 22.4562 - 6.21 494 036.94 15.59 2.51- 30 16.5404 - 6.02 363 888.31 14.50 2.41- 25 12.3010 - 5.83 270 622.69 13.47 2.31- 20 9.2333 - 5.65 203 131.71 12.47 2.21- 15 6.9923 - 5.47 153 831.44 11.51 2.10- 10 5.3406 - 5.31 117 492.27 10.59 2.00- 5 4.1124 - 5.15 90 473.18 9.70 1.880 3.1916 - 4.99 70 215.46 8.85 1.775 2.4957 - 4.85 54 904.79 8.02 1.66

10 1.9656 - 4.70 43 243.49 7.23 1.5415 1.5589 - 4.57 34 295.62 6.46 1.4120 1.2446 - 4.44 27 380.67 5.72 1.2925 1.0000 - 4.31 22 000.00 5.00 1.1630 0.8084 - 4.19 17 785.47 5.69 1.3635 0.6574 - 4.08 14 463.33 6.36 1.5640 0.5377 - 3.97 11 828.57 7.01 1.7745 0.4421 - 3.86 9726.63 7.64 1.9850 0.3655 - 3.76 8040.24 8.25 2.2055 0.3036 - 3.66 6679.83 8.84 2.4260 0.2535 - 3.56 5576.61 9.41 2.6465 0.2126 - 3.47 4677.41 9.97 2.8770 0.1791 - 3.38 3940.90 10.51 3.1175 0.1516 - 3.30 3334.80 11.03 3.3580 0.1288 - 3.22 2833.74 11.54 3.5985 0.1099 - 3.14 2417.69 12.04 3.8490 0.0941 - 3.06 2070.77 12.52 4.0995 0.0809 - 2.99 1780.29 12.99 4.35

100 0.0698 - 2.92 1536.11 13.45 4.61105 0.0605 - 2.85 1330.07 13.89 4.88110 0.0525 - 2.78 1155.56 14.32 5.15115 0.0458 - 2.72 1007.23 14.74 5.43120 0.0400 - 2.65 880.71 15.15 5.71125 0.0351 - 2.59 772.44 15.55 6.00130 0.0309 - 2.54 679.48 15.94 6.29135 0.0272 - 2.48 599.41 16.32 6.58140 0.0241 - 2.43 530.24 16.70 6.88145 0.0214 - 2.37 470.31 17.06 7.19150 0.0190 - 2.32 418.23 17.41 7.50





TOPER(°C)

CATALOG NUMBER 2381 615 13333 OR SAP NO. NTCS0805E4333JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 32.68563 - 6.59 1 078 626 16.66 2.53- 35 23.6478 - 6.36 780 377 15.54 2.44- 30 17.29545 - 6.15 570 750 14.46 2.35- 25 12.78101 - 5.95 421 773 13.43 2.26- 20 9.538645 - 5.76 314 775 12.44 2.16- 15 7.186265 - 5.57 237 147 11.48 2.06- 10 5.463007 - 5.40 180 279 10.56 1.96- 5 4.18889 - 5.23 138 233 9.68 1.850 3.238476 - 5.07 106 870 8.83 1.745 2.523488 - 4.91 83 275 8.01 1.63

10 1.9812223 - 4.77 65 380.4 7.22 1.5115 1.566743 - 4.62 51 702.5 6.45 1.4020 1.247561 - 4.49 41 169.5 5.71 1.2725 1.00 - 4.36 33 000.0 5.00 1.1530 0.806666 - 4.24 26 620.0 5.69 1.3435 0.654682 - 4.12 21 604.5 6.36 1.5440 0.534445 - 4.00 17 636.7 7.00 1.7545 0.438742 - 3.89 14 478.5 7.63 1.9650 0.362121 - 3.79 11 950.0 8.24 2.1855 0.30043 - 3.68 9914.2 8.82 2.3960 0.250491 - 3.59 8266.2 9.40 2.6265 0.209854 - 3.49 6925.2 9.95 2.8570 0.17662 - 3.40 5828.5 10.49 3.0875 0.149308 - 3.32 4927.18 11.01 3.3280 0.126759 - 3.23 4183.06 11.52 3.5685 0.108058 - 3.15 3565.93 12.01 3.8190 0.092482 - 3.07 3051.89 12.49 4.0695 0.079453 - 3.00 2621.93 12.96 4.32

100 0.068511 - 2.93 2260.85 13.41 4.58105 0.059286 - 2.86 1956.42 13.85 4.85110 0.051479 - 2.79 1698.80 14.28 5.12115 0.044848 - 2.73 1479.98 14.70 5.39120 0.039196 - 2.66 1293.47 15.11 5.67125 0.034363 - 2.60 1133.96 15.51 5.96130 0.030215 - 2.54 997.09 15.90 6.25135 0.026645 - 2.49 879.28 16.28 6.55140 0.023562 - 2.43 777.55 16.65 6.84145 0.020892 - 2.38 689.45 17.01 7.15150 0.018573 - 2.33 612.93 17.36 7.46


TOPER(°C)

CATALOG NUMBER 2381 615 13473 OR SAP NO. NTCS0805E4473JXT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 37.156 - 6.82 1 746 331 11.02 1.62- 35 26.5657 - 6.60 1 248 589 10.44 1.58- 30 19.2065 - 6.38 902 705 9.89 1.55- 25 14.0347 - 6.17 659 632 9.35 1.52- 20 10.3608 - 5.97 486 956 8.84 1.48- 15 7.72365 - 5.78 363 012 8.35 1.44- 10 5.81188 - 5.60 273 158 7.87 1.41- 5 4.41266 - 5.42 207 395 7.42 1.370 3.37917 - 5.25 158 821 6.98 1.335 2.60609 - 5.09 122 627 6.55 1.29



AgPd Terminations

10 2.03042 - 4.94 95 430 6.14 1.2415 1.59206 - 4.79 74 827 5.75 1.2020 1.2574 - 4.65 59 098 5.37 1.1525 1.00 - 4.51 47 000 5.00 1.1130 0.8006 - 4.38 37 628 5.36 1.2235 0.64506 - 4.26 30 318 5.70 1.3440 0.52294 - 4.14 24 578 6.04 1.4645 0.42644 - 4.02 20 043 6.36 1.5850 0.34971 - 3.91 16 437 6.67 1.7155 0.28836 - 3.81 13 553 6.98 1.8360 0.23901 - 3.70 11 233 7.27 1.9665 0.1991 - 3.60 9358 7.56 2.1070 0.16666 - 3.51 7833 7.83 2.2375 0.14016 - 3.42 6587 8.10 2.3780 0.1184 - 3.33 5565 8.37 2.5185 0.10045 - 3.25 4721 8.62 2.6690 0.08557 - 3.16 4022 8.87 2.8095 0.07319 - 3.09 3440 9.11 2.95

100 0.06285 - 3.01 2954 9.34 3.10105 0.05416 - 2.94 2546 9.57 3.26110 0.04685 - 2.87 2202 9.79 3.42115 0.04066 - 2.80 1911 10.01 3.58120 0.03541 - 2.73 1664 10.22 3.74125 0.03094 - 2.67 1454 10.43 3.91130 0.02711 - 2.61 1274 10.63 4.08135 0.02383 - 2.55 1120 10.82 4.25140 0.02101 - 2.49 987.6 11.02 4.42145 0.01858 - 2.44 873.2 11.20 4.60150 0.01647 - 2.38 774.1 11.38 4.78


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 25.783 - 6.07 1 753 245 16.02 2.64- 35 19.1253 - 5.88 1 300 524 14.96 2.54- 30 14.32 - 5.70 973 759.8 13.94 2.45- 25 10.8187 - 5.52 735 674.7 12.96 2.35- 20 8.24438 - 5.35 560 618 12.02 2.25- 15 6.33489 - 5.19 430 772.3 11.12 2.14- 10 4.90655 - 5.03 333 645.6 10.26 2.04- 5 3.82943 - 4.88 260 401.1 9.42 1.930 3.01078 - 4.74 204 733.3 8.62 1.825 2.3839 - 4.60 162 105 7.84 1.70

10 1.90036 - 4.47 129 224.7 7.09 1.5915 1.52479 - 4.34 103 686 6.37 1.4720 1.23112 - 4.22 83 716.26 5.67 1.3525 1.00 - 4.10 68 000 5.00 1.2230 0.81697 - 3.99 55 554.14 5.65 1.4235 0.67116 - 3.88 45 638.98 6.28 1.6240 0.55433 - 3.77 37 694.27 6.89 1.8345 0.46019 - 3.67 31 292.96 7.48 2.0450 0.38393 - 3.58 26 107.56 8.06 2.2555 0.32184 - 3.48 21 885.36 8.61 2.47




60 0.27103 - 3.39 18 430.3 9.15 2.7065 0.22926 - 3.30 15 589.41 9.67 2.9370 0.19475 - 3.22 13 242.67 10.18 3.1675 0.16611 - 3.14 11 295.44 10.67 3.4080 0.14225 - 3.06 9672.73 11.15 3.6485 0.12228 - 2.99 8314.81 11.62 3.8990 0.1055 - 2.92 7173.88 12.07 4.1495 0.09135 - 2.85 6211.55 12.51 4.40

100 0.07936 - 2.78 5396.80 12.94 4.66105 0.06918 - 2.71 4704.48 13.36 4.92110 0.0605 - 2.65 4114.12 13.77 5.19115 0.05307 - 2.59 3609 14.16 5.47120 0.0467 - 2.53 3175.38 14.55 5.75125 0.04121 - 2.47 2801.96 14.92 6.03130 0.03646 - 2.42 2479.38 15.29 6.32135 0.03235 - 2.37 2199.88 15.65 6.62140 0.02878 - 2.31 1957.02 16.00 6.91145 0.02567 - 2.26 1745.39 16.34 7.22150 0.02295 - 2.22 1560.48 16.67 7.52


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.8997 - 5.92 2 389 969 8.58 1.45- 35 17.8586 - 5.74 1 785 861 8.24 1.44- 30 13.465 - 5.56 1 346 502 7.91 1.42- 25 10.2407 - 5.39 1 024 071 7.59 1.41- 20 7.85378 - 5.23 785 378.1 7.28 1.39- 15 6.07181 - 5.07 607 181.2 6.99 1.38- 10 4.73061 - 4.92 473 061.1 6.71 1.36- 5 3.7132 - 4.77 371 319.7 6.44 1.350 2.93554 - 4.63 293 553.6 6.18 1.335 2.33677 - 4.50 233 677.1 5.92 1.32

10 1.87249 - 4.37 187 249.2 5.68 1.3015 1.51004 - 4.24 151 003.9 5.45 1.2820 1.22522 - 4.12 122 522.4 5.22 1.2725 1.00 - 4.01 100 000 5.00 1.2530 0.82081 - 3.89 82 081.36 5.21 1.3435 0.67742 - 3.79 67 741.67 5.42 1.4340 0.56201 - 3.68 56 201.1 5.62 1.5245 0.46863 - 3.59 46 862.56 5.81 1.6250 0.39266 - 3.49 39 266.09 5.99 1.7255 0.33055 - 3.40 33 055.34 6.18 1.8260 0.27953 - 3.31 27 952.66 6.35 1.9265 0.23741 - 3.22 23 740.56 6.52 2.0270 0.20248 - 3.14 20 247.74 6.69 2.1375 0.17339 - 3.06 17 338.63 6.85 2.2480 0.14905 - 2.99 14 905.37 7.00 2.3485 0.12862 - 2.91 12 861.77 7.15 2.4690 0.11139 - 2.84 11 138.64 7.30 2.5795 0.0968 - 2.77 9680.13 7.44 2.68

100 0.08441 - 2.71 8441.05 7.58 2.80105 0.07385 - 2.64 7384.60 7.72 2.92



AgPd Terminations

110 0.06481 - 2.58 6480.76 7.85 3.04115 0.05705 - 2.52 5704.87 7.98 3.17120 0.05037 - 2.46 5036.67 8.11 3.29125 0.04459 - 2.41 4459.40 8.23 3.42130 0.03959 - 2.35 3959.18 8.35 3.55135 0.03524 - 2.30 3524.43 8.46 3.68140 0.03146 - 2.25 3145.52 8.58 3.81145 0.02814 - 2.20 2814.35 8.69 3.95150 0.02524 - 2.15 2524.15 8.80 4.09


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 33.3434 - 6.58 11 003.3 16.83 2.56- 35 24.1285 - 6.36 7962.4 15.69 2.46- 30 17.6422 - 6.16 5821.9 14.60 2.37- 25 13.0283 - 5.97 4299.4 13.55 2.27- 20 9.7132 - 5.78 3205.4 12.54 2.17- 15 7.3081 - 5.60 2411.7 11.57 2.07- 10 5.5470 - 5.43 1830.5 10.64 1.96- 5 4.2457 - 5.27 1401.1 9.75 1.850 3.2760 - 5.11 1081.1 8.88 1.745 2.5474 - 4.96 840.63 8.05 1.62

10 1.9955 - 4.81 658.52 7.25 1.5115 1.5744 - 4.67 519.55 6.47 1.3920 1.2506 - 4.54 412.71 5.72 1.2625 1.0000 - 4.41 330.00 5.00 1.1330 0.8046 - 4.29 265.53 5.70 1.3335 0.6514 - 4.17 214.95 6.38 1.5340 0.5304 - 4.05 175.02 7.03 1.7345 0.4343 - 3.94 143.31 7.67 1.9450 0.3575 - 3.84 117.97 8.28 2.1655 0.2958 - 3.74 97.62 8.88 2.3660 0.2460 - 3.64 81.18 9.46 2.6065 0.2056 - 3.55 67.83 10.02 2.8370 0.1726 - 3.45 56.94 10.56 3.0675 0.1455 - 3.37 48.02 11.09 3.2980 0.1232 - 3.28 40.66 11.61 3.5385 0.1048 - 3.20 34.57 12.11 3.7890 0.0894 - 3.12 29.52 12.59 4.0395 0.0767 - 3.05 25.30 13.07 4.29

100 0.0659 - 2.98 21.76 13.53 4.54105 0.0569 - 2.91 18.78 13.97 4.81110 0.0493 - 2.84 16.27 14.41 5.08115 0.0429 - 2.77 14.14 14.84 5.35120 0.0374 - 2.71 12.33 15.25 5.63125 0.0327 - 2.65 10.79 15.65 5.91130 0.0287 - 2.59 9.463 16.05 6.20135 0.0252 - 2.53 8.326 16.43 6.49140 0.0223 - 2.48 7.347 16.81 6.79145 0.0197 - 2.42 6.500 17.17 7.09150 0.0175 - 2.37 5.767 17.53 7.40





TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 37.1288 - 6.79 17450.5 17.16 2.53- 35 26.5910 - 6.57 12497.8 15.99 2.44- 30 19.2505 - 6.36 9047.8 14.87 2.34- 25 14.0812 - 6.15 6618.2 13.79 2.24- 20 10.4026 - 5.96 4889.2 12.76 2.14- 15 7.7582 - 5.77 3646.4 11.76 2.04- 10 5.8389 - 5.60 2744.3 10.80 1.93- 5 4.4329 - 5.43 2083.5 9.88 1.820 3.3937 - 5.26 1595.0 8.99 1.715 2.6190 - 5.10 1230.93 8.14 1.59

10 2.0367 - 4.95 957.26 7.31 1.4815 1.5956 - 4.81 749.94 6.51 1.3520 1.2589 - 4.67 591.68 5.74 1.2325 1.0000 - 4.54 470.00 5.00 1.1030 0.7995 - 4.41 375.78 5.72 1.3035 0.6433 - 4.29 302.34 6.42 1.5040 0.5207 - 4.17 244.71 7.09 1.7045 0.4239 - 4.06 199.22 7.74 1.9150 0.3470 - 3.95 163.08 8.38 2.1255 0.2856 - 3.84 134.22 8.99 2.3460 0.2362 - 3.74 111.03 9.58 2.5665 0.1964 - 3.65 92.30 10.16 2.7970 0.1640 - 3.55 77.10 10.72 3.0275 0.1377 - 3.46 64.70 11.27 3.2580 0.1160 - 3.38 54.53 11.80 3.4985 0.0982 - 3.29 46.16 12.31 3.7490 0.0835 - 3.21 39.23 12.81 3.9995 0.0712 - 3.13 33.48 13.30 4.24

100 0.0610 - 3.06 28.68 13.77 4.50105 0.0525 - 2.99 24.66 14.23 4.77110 0.0453 - 2.92 21.27 14.68 5.03115 0.0392 - 2.85 18.42 15.12 5.31120 0.0340 - 2.78 16.00 15.54 5.58125 0.0297 - 2.72 13.94 15.96 5.87130 0.0259 - 2.66 12.189 16.36 6.15135 0.0227 - 2.60 10.688 16.76 6.45140 0.0200 - 2.54 9.398 17.15 6.74145 0.0176 - 2.49 8.288 17.52 7.05150 0.0156 - 2.43 7.329 17.89 7.35

www.vishay.com36

Vishay BCcomponents

Contents

NTCSMELFE3....T/2381 633 5.... ....................... 38

NTCLG100E2...../2381 633 3/8... ..................... 42

NTCGlass

Encapsulated

SMD MELF SOD80, Glass EncapsulatedNTC Thermistor

www.vishay.com For technical questions, contact: [email protected] Document Number: 2911938 Revision: 23-Nov-09

NTCSMELFE3....T/2381 633 5....Vishay BCcomponents

FEATURES

• Small diameter down to 1.7 mm

• Quick response time down to 0.9 s

• Wide temperature range from - 40 °C to + 150 °C• Resistant to corrosive atmospheres and harsh

environments

• Old part number was 2322 633 5....

• Component in accordance to RoHS 2002/95/EC andWEEE 2002/96/EC

• Available on tape

APPLICATIONSTemperature measurement, sensing and control:

• Domestic appliances

• Automotive systems

• Industrial process control


DESCRIPTIONThese thermistors have a negative temperature coefficientand are mounted in a glass envelope with two tinnedelectrodes.

MOUNTINGBy soldering.

QUICK REFERANCE DATA

PARAMETERVALUE

2381 633 5....

Temperature range - 40 °C to + 150 °C

Resistance value at 25 °C (R25) 10 kΩ to 220 kΩ

Tolerance on R25 - value ± 5 %

B25/85 - value 3977K

Tolerance on B25/85 - value ± 1.3 %

Deviation in resistance value due to B-tolerance See Resistance Values at

Intermediate Temperatures tableRatio RT/R25

Rated dissipation 100 mW

Dissipation factor 2.5 mW/K

Response time 0.9 s

Thermal time constant τ 6 s

Temperature coefficientSee Resistance Values at

Intermediate Temperatures table


Weight ≈ 0.03 g


R25(kΩ)

B25/85 - VALUE12NC ORDERING CODE

2381 633 53..SAP MATERIAL NO.

NTCSMELFE3...

10 3977K ± 1.3 % 103 103JT

20 3977K ± 1.3 % 203 203JT

30 3977K ± 1.3 % 303 303JT

100 3977K ± 1.3 % 104 104JT

Document Number: 29119 For technical questions, contact: [email protected] www.vishay.comRevision: 23-Nov-09 39

NTCSMELFE3....T/2381 633 5....SMD MELF SOD80, Glass Encapsulated

NTC ThermistorVishay BCcomponents


DERATING

STABILITY CHARACTERISTICS

Component outline for 2381 633 5.... (SOD80)

Ø 1.55 ± 0.15

0.35 ± 0.1 0.35 ± 0.1

3.5 ± 0.35

0 55- 40 85Tamb (°C)

150

100

0

P(%)

Derating curve for 2381 633 5.... series

Stability of glass encapsulated NTCs in thermal shock test (200 000 cycles - 40 °C/+ 200 °C)

0

0.8

0.6

0.2

103 104 105 106

0.4

RR

(%)

- 0.4

0

- 0.1

- 0.3

- 0.2

T(K)

T (at 25 °C)

T (at 85 °C)

R85/R85

R25/R25

Cycles


NTCSMELFE3....T/2381 633 5....Vishay BCcomponents SMD MELF SOD80, Glass Encapsulated

NTC Thermistor


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR NTCSMELFE3.../2381 633 5....TEMPERATURE

(°C) RT/R25 R for 10 kΩ R for 20 kΩ R for 30 kΩ R for 100 kΩ ΔR/R(± %)

α(%/K)

ΔT(± K)

- 40 33.21 332 094 664 187 996 281 3 320 936 10.08 - 6.62 1.52

- 35 23.99 239 900 479 799 719 699 2 398 996 9.59 - 6.39 1.50

- 30 17.52 175 200 350 399 525 599 1 751 996 9.12 - 6.18 1.48

- 25 12.93 129 287 258 574 387 861 1 292 869 8.67 - 5.98 1.45

- 20 9.636 96 358 192 716 289 074 963 582 8.24 - 5.78 1.42

- 15 7.250 72 500 145 001 217 501 725 004 7.82 - 5.60 1.40

- 10 5.505 55 046 110 092 165 138 550 459 7.42 - 5.42 1.37

- 5 4.216 42 157 84 314 126 471 421 570 7.04 - 5.25 1.34

0 3.255 32 554 65 108 97 663 325 542 6.67 - 5.09 1.31

5 2.534 25 339 50 677 76 016 253 386 6.31 - 4.93 1.28

10 1.987 19 872 39 744 59 617 198 722 5.96 - 4.79 1.25

15 1.570 15 698 31 397 47 095 156 985 5.63 - 4.64 1.21

20 1.249 12 488 24 975 37 463 124 877 5.31 - 4.51 1.18

25 1.000 10 000 20 000 30 000 100 000 5.00 - 4.38 1.14

30 0.8059 8059 16118 24 177 80 591 5.30 - 4.25 1.25

35 0.6535 6535 13069 19 604 65 347 5.59 - 4.13 1.35

40 0.5330 5330 10660 15 990 53 299 5.87 - 4.02 1.46

45 0.4372 4372 8743 13 115 43 717 6.14 - 3.91 1.57

50 0.3605 3605 7211 10 816 36 053 6.41 - 3.80 1.69

55 0.2989 2989 5977 8966 29887 6.66 - 3.70 1.80

60 0.2490 2490 4980 7470 24900 6.91 - 3.60 1.92

65 0.2084 2084 4169 6253 20844 7.15 - 3.51 2.04

70 0.1753 1753 3506 5259 17530 7.39 - 3.42 2.16

75 0.1481 1481 2962 4443 14809 7.61 - 3.33 2.29

80 0.1256 1256 2513 3769 12564 7.84 - 3.25 2.41

85 0.1070 1070 2141 3211 10703 8.05 - 3.17 2.54

90 0.09154 915.4 1831 2746 9154 8.26 - 3.09 2.67

95 0.07860 786.0 1572 2358 7860 8.46 - 3.01 2.81

100 0.06773 677.3 1355 2032 6773 8.66 - 2.94 2.95

105 0.05857 585.7 1171 1757 5857 8.85 - 2.87 3.08

110 0.05083 508.3 1017 1525 5083 9.04 - 2.80 3.23

115 0.04426 442.6 885.2 1328 4426 9.22 - 2.74 3.37

120 0.03866 386.6 773.2 1160 3866 9.40 - 2.67 3.52

125 0.03387 338.7 677.5 1016 3387 9.57 - 2.61 3.66

130 0.02977 297.7 595.4 893.1 2977 9.74 - 2.55 3.81

135 0.02624 262.4 524.8 787.2 2624 9.91 - 2.50 3.97

140 0.02319 231.9 463.8 695.7 2319 10.07 - 2.44 4.12

145 0.02055 205.5 411.1 616.6 2055 10.23 - 2.39 4.28

150 0.01826 182.6 365.3 547.9 1826 10.38 - 2.34 4.44


NTCSMELFE3....T/2381 633 5....SMD MELF SOD80, Glass Encapsulated

NTC ThermistorVishay BCcomponents

PACKAGING

BLISTER TAPE AND REEL (2381 633 5....)

Packed in an 8 mm wide blister tape, according to IEC 60286-3

BLISTER TAPE AND REEL DIMENSIONS

SYMBOL PARAMETERNOMINAL

DIMENSIONSTOLERANCE UNIT

Blister tape

K Overall thickness < 2.5 - mm

POCKET

A0 Length 2.1 + 0.3 mm

B0 Width > 3.8 - mm

K0 Depth 2.1 + 0.3 mm

B1 Outside width < 4.5 - mm

TAPE

T Tape thickness < 0.4 - mm

W Tape width 8.0 ± 0.2 mm

K

W

Direction of unreeling

A05° max.

B1 B0

K0

T

NTC Thermistors, Glass EncapsulatedHigh Temperature Sensors


NTCLG100E2...../2381 633 3/8....Vishay BCcomponents

FEATURES

• Small diameter down to 1.8 mm

• Quick response time down to 0.9 s

• Wide temperature range from - 40 °C to + 200 °C• Resistant to corrosive atmospheres and harsh

environments

• Old part number was 2322 633 3/8....


• Available in bulk or on tape

APPLICATIONSHigh temperature measurement, sensing and control:

• Domestic appliances

• Automotive systems

• Industrial process control


DESCRIPTIONThese thermistors have a negative temperature coefficientand are mounted in a glass envelope:

2381 633 8.... (SOD27) with tinned copper-clad steel leadsin bulk2381 633 3.... is the taped bandolier version of 2381 633 8....series

MOUNTINGBy soldering, clamping or welding. Bending of the leadsshould be done at least 3 mm from the glass body andwithout exerting forces on the glass body.

Notes• In 12NC the 8th digit stands for packing: 8 for bulk and 3 for taped components• In SAP part replace last character by B for bulk and by T for taped components

QUICK REFERANCE DATAPARAMETER VALUE

Temperature range - 40 °C to + 200 °C

Resistance value at 25 °C (R25) 10 kΩ to 220 kΩ


B25/85 - value 3797K to 3977K

Tolerance on B25/85 - value ± 1.3 % to ± 3 %

Deviation in resistance value due to B-tolerance

See Resistance Values at Intermediate Temperatures table

for 2381 633 8.... series

Ratio RT/R25


Dissipation factor 2.5 mW/K

Response time 0.9 s


Temperature coefficientSee Resistance Values at

Intermediate Temperatures table


Weight ≈ 0.14 g

ELECTRICAL DATA AND ORDERING INFORMATIONR25(kΩ)

B25/85 - VALUE12NC ORDERING CODE

2381 633 3/8...SAP MATERIAL NO.

NTCLG100E2...

10 3977K ± 1.3 % 3103 103JB

20 3977K ± 1.3 % 3203 203JB

30 3977K ± 1.3 % 3303 303JB

100 3977K ± 1.3 % 3104 104JB

220 3797K ± 3.0 % 3224 224JB


NTCLG100E2...../2381 633 3/8....NTC Thermistors, Glass Encapsulated

High Temperature SensorsVishay BCcomponents


DERATING

Note• Zero power is considered as measuring power max. 1 % of rated power

STABILITY CHARACTERISTICS

Component outline for 2381 633 8/3.... (SOD27)

3.75 ± 0.525.4 min. 25.4 min.

Ø 0.46to 0.56

Ø 1.8 ± 0.2

0 55- 40 85 200Tamb (°C)

100

0

P(%)

Power derating curve for 2381 633 8/3.... series

0

0.8

0.6

0.2

103 104 105 106

0.4

RR

(%)

- 0.4

0

- 0.1

- 0.3

- 0.2

T(K)

T (at 25 °C)

T (at 85 °C)

R85/R85

R25/R25

Cycles

Stability of glass encapsulated NTCs in thermal shock test (200 000 cycles - 40 °C/+ 200 °C)


NTCLG100E2...../2381 633 3/8....Vishay BCcomponents NTC Thermistors, Glass Encapsulated

High Temperature Sensors


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR NTCLG100E2...../2381 633 3/8....TEMPERATURE

(°C) RT/R25 R for 10 kΩ R for 20 kΩ R for 30 kΩ R for 100 kΩ ΔR/R(± %)

α(%/K)

ΔT(± K)

- 40 33.21 332 094 664 187 996 281 3 320 936 10.08 - 6.62 1.52- 35 23.99 239 900 479 799 719 699 2 398 996 9.59 - 6.39 1.50- 30 17.52 175 200 350 399 525 599 1 751 996 9.12 - 6.18 1.48- 25 12.93 129 287 258 574 387 861 1 292 869 8.67 - 5.98 1.45- 20 9.636 96 358 192 716 289 074 963 582 8.24 - 5.78 1.42- 15 7.250 72 500 145 001 217 501 725 004 7.82 - 5.60 1.40- 10 5.505 55 046 110 092 165 138 550 459 7.42 - 5.42 1.37- 5 4.216 42 157 84 314 126 471 421 570 7.04 - 5.25 1.340 3.255 32 554 65 108 97 663 325 542 6.67 - 5.09 1.315 2.534 25 339 50 677 76 016 253 386 6.31 - 4.93 1.28

10 1.987 19 872 39 744 59 617 198 722 5.96 - 4.79 1.2515 1.570 15 698 31 397 47 095 156 985 5.63 - 4.64 1.2120 1.249 12 488 24 975 37 463 124 877 5.31 - 4.51 1.1825 1.000 10 000 20 000 30 000 100 000 5.00 - 4.38 1.1430 0.8059 8059 16118 24 177 80 591 5.30 - 4.25 1.2535 0.6535 6535 13069 19 604 65 347 5.59 - 4.13 1.3540 0.5330 5330 10660 15 990 53 299 5.87 - 4.02 1.4645 0.4372 4372 8743 13 115 43 717 6.14 - 3.91 1.5750 0.3605 3605 7211 10 816 36 053 6.41 - 3.80 1.6955 0.2989 2989 5977 8966 29887 6.66 - 3.70 1.8060 0.2490 2490 4980 7470 24900 6.91 - 3.60 1.9265 0.2084 2084 4169 6253 20844 7.15 - 3.51 2.0470 0.1753 1753 3506 5259 17530 7.39 - 3.42 2.1675 0.1481 1481 2962 4443 14809 7.61 - 3.33 2.2980 0.1256 1256 2513 3769 12564 7.84 - 3.25 2.4185 0.1070 1070 2141 3211 10703 8.05 - 3.17 2.5490 0.09154 915.4 1831 2746 9154 8.26 - 3.09 2.6795 0.07860 786.0 1572 2358 7860 8.46 - 3.01 2.81

100 0.06773 677.3 1355 2032 6773 8.66 - 2.94 2.95105 0.05857 585.7 1171 1757 5857 8.85 - 2.87 3.08110 0.05083 508.3 1017 1525 5083 9.04 - 2.80 3.23115 0.04426 442.6 885.2 1328 4426 9.22 - 2.74 3.37120 0.03866 386.6 773.2 1160 3866 9.40 - 2.67 3.52125 0.03387 338.7 677.5 1016 3387 9.57 - 2.61 3.66130 0.02977 297.7 595.4 893.1 2977 9.74 - 2.55 3.81135 0.02624 262.4 524.8 787.2 2624 9.91 - 2.50 3.97140 0.02319 231.9 463.8 695.7 2319 10.07 - 2.44 4.12145 0.02055 205.5 411.1 616.6 2055 10.23 - 2.39 4.28150 0.01826 182.6 365.3 547.9 1826 10.38 - 2.34 4.44155 0.01627 162.7 325.4 488.1 1627 10.53 - 2.29 4.60160 0.01453 145.3 290.6 435.9 1453 10.67 - 2.24 4.77165 0.01301 130.1 260.1 390.2 1301 10.82 - 2.19 4.94170 0.01167 116.7 233.4 350.1 1167 10.96 - 2.15 5.11175 0.01049 104.9 209.9 314.8 1049 11.09 - 2.10 5.28180 0.009457 94.57 189.1 283.7 945.7 11.23 - 2.06 5.45185 0.008541 85.41 170.8 256.2 854.1 11.36 -2.02 5.63190 0.007729 77.29 154.6 231.9 772.9 11.49 - 1.98 5.81195 0.007009 70.09 140.2 210.3 700.9 11.61 - 1.94 5.99200 0.006367 63.67 127.3 191.0 636.7 11.73 - 1.90 6.17


NTCLG100E2...../2381 633 3/8....NTC Thermistors, Glass Encapsulated

High Temperature SensorsVishay BCcomponents


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR NTCLG100E2...../2381 633 3/8....TEMPERATURE

(°C) RT/R25 R for 220 kΩ ΔR/R(± %)

α(%/K)

ΔT(± K)

- 40 25.78 5 672 264 16.18 - 6.07 2.67- 35 19.13 4 207 576 15.11 - 5.88 2.57- 30 14.32 3 150 400 14.07 - 5.70 2.47- 25 10.82 2 380 124 13.08 - 5.52 2.37- 20 8.244 1 813 764 12.13 - 5.35 2.27- 15 6.335 1 393 675 11.22 - 5.19 2.16- 10 4.907 1 079 442 10.34 - 5.03 2.05- 5 3.829 842 474 9.49 - 4.88 1.940 3.011 662 373 8.67 - 4.74 1.835 2.384 524 457 7.88 - 4.60 1.71

10 1.900 418 080 7.13 - 4.47 1.5915 1.525 335 455 6.39 - 4.34 1.4720 1.231 270 847 5.68 - 4.22 1.3525 1.000 220 000 5.00 - 4.10 1.2230 0.8170 179 734 5.66 - 3.99 1.4235 0.6712 147 656 6.30 - 3.88 1.6340 0.5543 121 952 6.92 - 3.77 1.8345 0.4602 101 242 7.52 - 3.67 2.0550 0.3839 84 466 8.10 - 3.58 2.2755 0.3218 70 806 8.67 - 3.48 2.4960 0.2710 59 627 9.21 - 3.39 2.7265 0.2293 50 436 9.75 - 3.30 2.9570 0.1947 42 844 10.26 - 3.22 3.1975 0.1661 36 544 10.76 - 3.14 3.4380 0.1422 31 294 11.25 - 3.06 3.6785 0.1223 26 901 11.72 - 2.99 3.9290 0.1055 23 210 12.18 - 2.92 4.1895 0.09135 20 096 12.63 - 2.85 4.44

100 0.07936 17 460 13.06 - 2.78 4.70105 0.06918 15 220 13.49 - 2.71 4.97110 0.06050 13 310 13.90 - 2.65 5.24115 0.05307 11 676 14.30 - 2.59 5.52120 0.04670 10 273 14.69 - 2.53 5.81125 0.04121 9065 15.08 - 2.47 6.09130 0.03646 8022 15.45 - 2.42 6.39135 0.03235 7117 15.81 - 2.37 6.68140 0.02878 6332 16.17 - 2.31 6.99145 0.02567 5647 16.51 - 2.26 7.29150 0.02295 5049 16.85 - 2.22 7.61155 0.02057 4525 17.18 - 2.17 7.92160 0.01847 4064 17.50 - 2.12 8.24165 0.01663 3659 17.82 - 2.08 8.57170 0.01501 3301 18.13 - 2.04 8.90175 0.01357 2985 18.43 - 2.00 9.24180 0.01229 2704 18.72 - 1.95 9.58185 0.01116 2455 19.01 - 1.92 9.92190 0.01015 2233 19.29 - 1.88 10.27195 0.009247 2034 19.57 - 1.84 10.63200 0.008442 1857 19.84 - 1.81 10.99


NTCLG100E2...../2381 633 3/8....Vishay BCcomponents NTC Thermistors, Glass Encapsulated

High Temperature Sensors

THERMISTORS ON BANDOLIER (2381 633 3....)

Bandolier taped according to IEC 60286-1

0.8 max.

5 ± 0.3

S

6 ± 0.5

L2L1

53 ± 1.5

1.2max.

The components are centred so that |L1 - L2| = 1.2 mm max.

The cumulative space (S) measured over 10 spacings = 50 ± 2 mm

Contents

Global Part NumberingInformation ............................ 48

NTCLE203E3..../2381 640 5.... ....................... 49

NTCLE100E3...B0/T1/T2/2381 640 3/4/6.... ................. 57

NTCLE101E3...SB0/2381 640 10... ...................... 73

NTCLE203E3...SB0/2381 640 20... ...................... 77

NTCLE301E4C90059/2381 640 90059 .................... 83

NTCLE...E3...SB/2381 645 10/20.... ................ 85

NTCLE201E3C90028/2381 645 90028 .................... 87

NTCLE305E4...SB ................ 89

M, C, T .................................. 93

NTCLeaded

NTC Leaded


www.vishay.com For technical questions, contact: [email protected] Document Number: 3303248 Revision: 13-Apr-07

GENERAL ORDER INFORMATIONPART NUMBER: NTC L E100 E3 103 J B0

PRODUCTFAMILY

EXECUTION TYPERoHS COMPLIANCETERMINATION TYPE

R25 VALUETOLERANCE

ON R25 PACKAGING

NTC L = Leaded E100 = Epoxy Cu 0.6 mm

color coding

E101 = Epoxy Cu 0.6 mm

no color coding

E203 = Epoxy Ni 0.4 mm

E300 = Epoxy ETFE AWG30 wires

E201 = Epoxy Ni 0.3 mm

E301 = Epoxy PEEK AWG30

E3 = SnE4 = Silver

103 = 10 x 103 Ω 102 = 10 x 102 Ω 101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

B or B0 = BulkT1 = On TDK tape pitch 1eT2 = On TDK tape pitch 2e

PRODUCT DESCRIPTION: 2381 640 6 3 103

2381 615 5 3 103

RoHS COMPLIANCE EXECUTION TYPE TOLERANCE ON R25 R25 VALUE

2381 = Yes2322 = No

640 = Sawn chip(R25 in E-series)645 = Sawn chip

(R25 not in E-series)

Lead epoxy6 = Cu 0.6 mm

color coding5 = Ni 0.4 mm

4 = Cu 0.6 mm on tape 1e3 = Cu 0.6 mm on tape 2e

10 = Ni 0.3 mm with special R25 tolerance

20 = Insulated Ni 0.25 mm with special tolerances

0 = Cu 0.6 mm without coding

(R25 not in E-series)

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

103 = 10 x 103 Ω 102 = 10 x 102 Ω 101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


C LTN E 1 0 0 E 3 1 0 3 J B 0

NTCLE203E3..../2381 640 5....Vishay BCcomponents

Document Number: 29048 For technical questions, contact: [email protected] www.vishay.comRevision: 03-Apr-09 49

NTC Thermistors, Radial Leaded, Accuracy Line

Notes(1) Response time in silicone oil MS200/50. This is the time needed

for the sensor to reach 63.2 % of the total temperature differencewhen subjected to a temperature change from 25 °C in air to85 °C in oil.

(2) Valid for all types with the exception of the R25 values 12 kΩ,22 kΩ and 470 kΩ.

FEATURES• Accurate over a wide temperature range

(tolerance on B-value between 2.0 % and 0.5 %)

• Good stability over a long life• Excellent price/performance ratio

• Low heat conductivity through 0.4 mm Ni-leads

• UL recognized, file E148885• Old part number was 2322 640 5....


APPLICATIONSTemperature measurement, sensing and control inindustrial, consumer and telecom applications. For on-boardsensing or accurate remote sensing.

DESCRIPTIONThese thermistors are made of NTC ceramic material. Thedevice consists of a chip with two tinned nickel leads. Theparts are coated and color band marked.

PACKAGINGThe thermistors are packed in cardboard boxes; the smallestpacking quantity is 500 units.


MARKINGThe thermistors are marked with colored bands on a greyepoxy base coating; see Dimensions and “Electrical Dataand Ordering Information”.

MOUNTINGBy soldering in any position.

Notes(3) Replace * in 12NC by 3 for ± 5 %, 6 for ± 3 %, 4 for ± 2 %, 5 for ± 1 %(4) Replace * in SAP by J for ± 5 %, H for ± 3 %, G for ± 2 %, F for ± 1 %


Resistance value at 25 °C 2 kΩ to 470 kΩTolerance on R25 - value ± 5 %; ± 3 %; ± 2 %; ± 1 %

Tolerance on B25/85 - value ± 2.0 % to 0.5 %

Maximum dissipation 100 mW

Dissipation factor δ 2.2 mW/K

Response time (1) ≈ 1.7 s


Operating temperature range at:

Zero dissipation (continuously) - 40 °C to + 125 °C

Zero dissipation (for short periods) (2) ≤ 150 °C

Maximum dissipation (100 mW) 0 °C to + 55 °C


Mass ≈ 0.11 g


B25/85 - VALUE 12NC ORDERING CODE2381 640 5.... (3)

SAP MATERIAL NO.NTCLE203E3...... (4)

UL approved CODING (see dimensions)

(K) (± %) Y/N I II2 3528 0.5 *202 202*B0 N Orange Orange

2.7 3977 0.75 *272 272*B0 Y Red Red4.7 3977 0.75 *472 472*B0 Y Green Green5 3977 0.75 *502 502*B0 Y Black White

10 3977 0.75 *103 103*B0 Y Blue Blue12 3740 2 *123 123*B0 Y Yellow Yellow22 3740 2 *223 223*B0 Y White White47 4090 1.5 *473 473*B0 N Black Black68 4190 1.5 *683 683*B0 N Grey Grey

100 4190 1.5 *104 104*B0 N Brown Brown470 4570 1.5 *474 474*B0 N Violet Violet


NTCLE203E3..../2381 640 5....Vishay BCcomponents NTC Thermistors, Radial Leaded,

Accuracy Line

DIMENSIONS in millimeters DERATING AND LONG TERM STABILITY

6.0 max.

40± 1.5

3.4 max.3

max.

2.54

2 ± 1.0

0.4 ± 0.04

I

II

I

II

Power

0 55- 40 85 125Tamb (°C)

100

0

P(%)

0.4

0.2

0

104103102

25

(%)

Test Duration (h)

3

2

1

- 0.2

RR

25

LONG TERM STABILITY OF R25 AS A FUNCTION OF TEST DURATIONAT MAXIMUM TEMPERATURE (150 °C)

Curves valid for 2.2 kΩ to 10 kΩCurve 1: Maximum deviationCurve 2: Average deviationCurve 3: Minimum deviation

0.05

0

- 0.05

- 0.1 104103102

Test Duration (h)

3

2

1 T

(K)

LONG TERM STABILITY OF T AS A FUNCTION OF TEST DURATIONAT MAXIMUM TEMPERATURE (150 °C)

Curves valid for 2.2 kΩ to 10 kΩCurve 1: Minimum deviationCurve 2: Average deviation


NTCLE203E3..../2381 640 5....NTC Thermistors, Radial Leaded,

Accuracy LineVishay BCcomponents



TOPER(°C)

PART NR.NTCLE203E3202*B0

2381 640 5*202 TCR(%/K)

ΔR/R DUE TO Btol.(%)

RT(Ω)

- 40 46 684 - 6.06 1.65

- 35 34 672 - 5.84 1.49

- 30 26 035 - 5.62 1.34

- 25 19 754 - 5.42 1.19

- 20 15 138 - 5.23 1.05

- 15 11 709 - 5.05 0.92

- 10 9138 - 4.87 0.79

- 5 7193 - 4.71 0.66

0 5707 - 4.55 0.54

5 4563 - 4.40 0.43

10 3675 - 4.26 0.31

15 2981 - 4.12 0.21

20 2434 - 3.99 0.10

25 2000 - 3.87 0.00

30 1653 - 3.75 0.10

35 1375 - 3.63 0.19

40 1149 - 3.53 0.28

45 965.4 - 3.42 0.37

50 814.7 - 3.32 0.46

55 690.5 - 3.23 0.54

60 587.4 - 3.14 0.62

65 501.6 - 3.05 0.70

70 429.8 - 2.97 0.78

75 369.5 - 2.89 0.86

80 318.6 - 2.81 0.93

85 275.5 - 2.73 1.01

90 238.8 - 2.66 1.08

95 207.6 - 2.59 1.15

100 180.9 - 2.53 1.22

105 158.0 - 2.46 1.29

110 138.3 - 2.40 1.35

115 121.3 - 2.34 1.42

120 106.6 - 2.29 1.48

125 93.92 - 2.23 1.55

130 82.87 - 2.18 1.61

135 73.25 - 2.13 1.67

140 64.87 - 2.08 1.73

145 57.54 - 2.03 1.79

150 51.12 - 1.98 1.85



Accuracy Line


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.7 kΩ , 4.7 kΩ, 5.0 kΩ AND 10 kΩ

TOPER(°C)


2381 640 5*272


2381 640 5*472


2381 640 5*502


2381 640 5*103 TCR(%/K)


RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

- 40 89 665 156 084 166 047 332 094 - 6.62 2.79

- 35 64 773 112 753 119 950 239 900 - 6.39 2.52

- 30 47 304 82 344 87 600 175 200 - 6.18 2.26

- 25 34 907 60 765 64 643 129 287 - 5.98 2.02

- 20 26 017 45 288 48 179 96 358 - 5.78 1.78

- 15 19 575 34 075 36 250 72 500 - 5.60 1.55

- 10 14 862 25 872 27 523 55 046 - 5.42 1.33

- 5 11 382 19 814 21 078 42 157 - 5.25 1.12

0 8790 15 300 16 277 32 554 - 5.09 0.92

5 6841 11 909 12 669 25 339 - 4.93 0.72

10 5365 9340 9936 19 872 - 4.79 0.53

15 4239 7378 7849 15 698 - 4.64 0.35

20 3372 5869 6244 12 488 - 4.51 0.17

25 2700 4700 5000 10 000 - 4.38 0.00

30 2176 3788 4030 8059 - 4.25 0.17

35 1764 3071 3267 6535 - 4.13 0.32

40 1439 2505 2665 5330 - 4.02 0.48

45 1180 2055 2186 4372 - 3.91 0.63

50 973.4 1694 1803 3605 - 3.80 0.77

55 806.9 1405 1494 2989 - 3.70 0.91

60 672.3 1170 1245 2490 - 3.60 1.05

65 562.8 979.7 1042 2084 - 3.51 1.18

70 473.3 823.9 876.5 1753 - 3.42 1.31

75 399.8 696.0 740.5 1481 - 3.33 1.44

80 339.2 590.5 628.2 1256 - 3.25 1.56

85 289.0 503.0 535.2 1070 - 3.17 1.68

90 247.2 430.2 457.7 915.4 - 3.09 1.79

95 212.2 369.4 393.0 786.0 - 3.01 1.90

100 182.9 318.3 338.6 677.3 - 2.94 2.01

105 158.2 275.3 292.9 585.7 - 2.87 2.12

110 137.2 238.9 254.2 508.3 - 2.80 2.22

115 119.5 208.0 221.3 442.6 - 2.74 2.32

120 104.4 181.7 193.3 386.6 - 2.67 2.42

125 91.46 159.2 169.4 338.7 - 2.61 2.51

130 80.38 139.9 148.8 297.7 - 2.55 2.61

135 70.84 123.3 131.2 262.4 - 2.50 2.70

140 62.62 109.0 116.0 231.9 - 2.44 2.78

145 55.49 96.60 102.8 205.5 - 2.39 2.87

150 49.31 85.84 91.32 182.6 - 2.34 2.96






TOPER(°C)


2381 640 5*123


2381 640 5*223 TCR(%/K)


RT(kΩ)

RT(kΩ)

- 40 309.4 567.2 - 6.07 7.00

- 35 229.5 420.8 - 5.88 6.32

- 30 171.8 315.0 - 5.70 5.68

- 25 129.8 238.0 - 5.52 5.06

- 20 98.93 181.4 - 5.35 4.46

- 15 76.02 139.4 - 5.19 3.89

- 10 58.88 107.9 - 5.03 3.34

- 5 45.95 84.25 - 4.88 2.81

0 36.13 66.24 - 4.74 2.30

5 28.61 52.45 - 4.60 1.80

10 22.80 41.81 - 4.47 1.33

15 18.30 33.55 - 4.34 0.87

20 14.77 27.08 - 4.22 0.43

25 12.00 22.00 - 4.10 0.00

30 9.804 17.97 - 3.99 0.41

35 8.054 14.77 - 3.88 0.81

40 6.652 12.20 - 3.77 1.20

45 5.522 10.12 - 3.67 1.58

50 4.607 8.447 - 3.58 1.94

55 3.862 7.081 - 3.48 2.29

60 3.252 5.963 - 3.39 2.64

65 2.751 5.044 - 3.30 2.97

70 2.337 4.284 - 3.22 3.29

75 1.993 3.654 - 3.14 3.60

80 1.707 3.129 - 3.06 3.91

85 1.467 2.690 - 2.99 4.20

90 1.266 2.321 - 2.92 4.49

95 1.096 2.010 - 2.85 4.77

100 0.9524 1.746 - 2.78 5.04

105 0.8302 1.522 - 2.71 5.31

110 0.7260 1.331 - 2.65 5.56

115 0.6369 1.168 - 2.59 5.82

120 0.5604 1.027 - 2.53 6.06

125 0.4945 0.9065 - 2.47 6.30



Accuracy Line



TOPER(°C)


2381 640 5*473 TCR(%/K)


RT(kΩ)

- 40 1589 - 6.54 5.74

- 35 1152 - 6.34 5.19

- 30 842.8 - 6.15 4.66

- 25 622.6 - 5.96 4.15

- 20 464.1 - 5.79 3.66

- 15 349.0 - 5.62 3.19

- 10 264.6 - 5.45 2.74

- 5 202.3 - 5.30 2.30

0 155.8 - 5.14 1.88

5 120.9 - 5.00 1.48

10 94.53 - 4.86 1.09

15 74.40 - 4.72 0.71

20 58.95 - 4.59 0.35

25 47.00 - 4.47 0.00

30 37.71 - 4.35 0.34

35 30.43 - 4.23 0.67

40 24.70 - 4.12 0.99

45 20.15 - 4.01 1.29

50 16.53 - 3.91 1.59

55 13.63 - 3.81 1.88

60 11.30 - 3.71 2.16

65 9.404 - 3.62 2.43

70 7.865 - 3.53 2.70

75 6.607 - 3.44 2.95

80 5.573 - 3.36 3.20

85 4.721 - 3.28 3.45

90 4.015 - 3.20 3.68

95 3.427 - 3.13 3.91

100 2.936 - 3.05 4.13

105 2.525 - 2.98 4.35

110 2.179 - 2.92 4.56

115 1.886 - 2.85 4.77

120 1.638 - 2.79 4.97

125 1.427 - 2.73 5.17

130 1.247 - 2.67 5.36

135 1.093 - 2.61 5.54

140 0.9608 - 2.55 5.73

145 0.8468 - 2.50 5.90

150 0.7483 - 2.45 6.08






TOPER(°C)


2381 640 5*683


2381 640 5*104 TCR(%/K)


RT(kΩ)

RT(kΩ)

- 40 2493 3666 - 6.69 5.88

- 35 1794 2638 - 6.49 5.31

- 30 1303 1917 - 6.29 4.77

- 25 956.2 1406 - 6.10 4.25

- 20 708.0 1041 - 5.92 3.75

- 15 528.9 777.8 - 5.75 3.27

- 10 398.5 586.1 - 5.58 2.80

- 5 302.8 445.3 - 5.42 2.36

0 231.8 340.9 - 5.26 1.93

5 178.9 263.1 - 5.11 1.52

10 139.0 204.4 - 4.97 1.12

15 108.8 160.0 - 4.83 0.73

20 85.74 126.1 - 4.70 0.36

25 68.00 100.0 - 4.57 0.00

30 54.27 79.81 - 4.45 0.35

35 43.57 64.08 - 4.33 0.68

40 35.19 51.75 - 4.22 1.01

45 28.57 42.02 - 4.11 1.33

50 23.33 34.31 - 4.00 1.63

55 19.15 28.16 - 3.90 1.93

60 15.79 23.22 - 3.80 2.21

65 13.09 19.25 - 3.71 2.49

70 10.90 16.02 - 3.62 2.76

75 9.114 13.40 - 3.53 3.03

80 7.655 11.26 - 3.45 3.28

85 6.457 9.496 - 3.36 3.53

90 5.469 8.042 - 3.28 3.77

95 4.649 6.837 - 3.21 4.01

100 3.968 5.835 - 3.13 4.24

105 3.399 4.998 - 3.06 4.46

110 2.921 4.296 - 2.99 4.68

115 2.519 3.705 - 2.93 4.89

120 2.180 3.206 - 2.86 5.09

125 1.892 2.783 - 2.80 5.29

130 1.648 2.423 - 2.74 5.49

135 1.439 2.116 - 2.68 5.68

140 1.261 1.854 - 2.62 5.87

145 1.107 1.628 - 2.57 6.05

150 0.9752 1.434 - 2.51 6.23



Accuracy Line



TOPER(°C)


2381 640 5*474 TCR(%/K)


RT(kΩ)

- 40 22 850 - 7.14 6.41

- 35 16 068 - 6.94 5.80

- 30 11 413 - 6.74 5.20

- 25 8185 - 6.55 4.64

- 20 5926 - 6.37 4.09

- 15 4329 - 6.19 3.57

- 10 3190 - 6.02 3.06

- 5 2371 - 5.85 2.57

0 1777 - 5.69 2.11

5 1342 - 5.54 1.65

10 1021 - 5.39 1.22

15 783.0 - 5.24 0.80

20 604.6 - 5.10 0.39

25 470.0 - 4.97 0.00

30 367.8 - 4.84 0.38

35 289.6 - 4.72 0.75

40 229.5 - 4.59 1.10

45 182.9 - 4.48 1.45

50 146.7 - 4.37 1.78

55 118.2 - 4.26 2.10

60 95.80 - 4.15 2.41

65 78.04 - 4.05 2.72

70 63.88 - 3.95 3.01

75 52.55 - 3.86 3.30

80 43.43 - 3.77 3.58

85 36.05 - 3.68 3.85

90 30.06 - 3.59 4.11

95 25.16 - 3.51 4.37

100 21.15 - 3.43 4.62

105 17.85 - 3.35 4.86

110 15.12 - 3.28 5.10

115 12.86 - 3.21 5.33

120 10.97 - 3.14 5.55

125 9.396 - 3.07 5.77

NTCLE100E3...B0/T1/T2/2381 640 3/4/6....Vishay BCcomponents


NTC Thermistors, Radial Leaded, Standard Precision

FEATURES• Accuracy over a wide temperature range

• High stability over a long life

• Excellent price/performance ratio

• UL recognized, file E148885

• Old part number was 2322 640 3/4/6....

• Component in accordance to RoHS 2002/95/ECand WEEE 2002/96/EC

APPLICATIONS• Temperature measurement, sensing and control,

temperature compensation in industrial and consumerelectronics

DESCRIPTIONThese thermistors have a negative temperature coefficient.The device consists of a chip with two solid copper tin platedleads. It is grey lacquered and color coded, but not insulated.

PACKAGINGThe thermistors are packed in bulk or tape on reel;see code numbers and relevant packaging quantities.


MARKINGThe thermistors are marked with colored bands; seedimensions drawing and “Electrical data and orderinginformation”.

MOUNTINGBy soldering in any position.Not intended for potted applications.


Resistance value at 25 °C 3.3 Ω to 470 kΩ

Tolerance on R25 - value ± 2 %; ± 3 %; ± 5 %

B25/85 - value 2880K to 4570K

Tolerance on B25/85 - value ± 0.5 % to ± 3 %


Dissipation factor δ (for information only)

7 mW/K8.5 mW/K

(for R25 value ≤ 680 Ω)

Response time (in oil) ≈ 1.2 s

Thermal time constant τ(for information only)

15 s

Operating temperature range:

at zero dissipation; continuously - 40 °C to + 125 °C

at zero dissipation; for short periods ≤ 150 °C

at maximum dissipation 0 °C to 55 °C

Climatic category acc. IEC 60068-1 40/125/56

Weight ≈ 0.3 g


R25 B25/85 - VALUE UL APPROVED 12NC

2381 640 3/4/6.... (1)

SAP MATERIAL AND ORDERING NO.

NTCLE100E3....B0/T1/T2 (2)

COLOR CODE (3)

(Ω) (K) (± %) (Y/N) I II III3.3 2880 3 N *338 338*B0 Orange Orange Gold4.7 2880 3 N *478 478*B0 Yellow Violet Gold6.8 2880 3 N *688 688*B0 Blue Grey Gold10 2990 3 N *109 109*B0 Brown Black Black15 3041 3 N *159 159*B0 Brown Green Black22 3136 3 N *229 229*B0 Red Red Black33 3390 3 Y *339 339*B0 Orange Orange Black47 3390 3 Y *479 479*B0 Yellow Violet Black68 3390 3 Y *689 689*B0 Blue Grey Black

100 3560 1.5 Y *101 101*B0 Brown Black Brown150 3560 1.5 Y *151 151*B0 Brown Green Brown220 3560 1.5 Y *221 221*B0 Red Red Brown330 3560 1.5 Y *331 331*B0 Orange Orange Brown470 3560 1.5 Y *471 471*B0 Yellow Violet Brown


NTCLE100E3...B0/T1/T2/2381 640 3/4/6....Vishay BCcomponents NTC Thermistors, Radial Leaded,

Standard Precision

Notes(1) Replace * in 12NC by 3 for 5 %, 6 for 3 %, 4 for 2 %(2) Replace * in SAP by J for 5 %, H for 3 %, G for 2 %(3) For R25 ± 2 % band IV is red, ± 3 % band IV is orange, ± 5 % band IV is gold

DIMENSIONS in millimeters DERATING AND TEMPERATURE TOLERANCES

680 3560 1.5 Y *681 681*B0 Blue Grey Brown1000 3528 0.5 Y *102 102*B0 Brown Black Red1500 3528 0.5 Y *152 152*B0 Brown Green Red2000 3528 0.5 Y *202 202*B0 Red Black Red2200 3977 0.75 Y *222 222*B0 Red Red Red2700 3977 0.75 Y *272 272*B0 Red violet Red3300 3977 0.75 Y *332 332*B0 Orange Orange Red4700 3977 0.75 Y *472 472*B0 Yellow Violet Red5000 3977 0.75 Y *502 502*B0 Green Black Red6800 3977 0.75 Y *682 682*B0 Blue Grey Red

10 000 3977 0.75 Y *103 103*B0 Brown Black Orange12 000 3740 2 Y *123 123*B0 Brown Red Orange15 000 3740 2 Y *153 153*B0 Brown Green Orange22 000 3740 2 Y *223 223*B0 Red Red Orange33 000 4090 1.5 Y *333 333*B0 Orange Orange Orange47 000 4090 1.5 Y *473 473*B0 Yellow Violet Orange50 000 4190 1.5 Y *503 503*B0 Green Black Orange68 000 4190 1.5 Y *683 683*B0 Blue Grey Orange

100 000 4190 1.5 Y *104 104*B0 Brown Black Yellow150 000 4370 2.5 Y *154 154*B0 Brown Green Yellow220 000 4370 2.5 Y *224 224*B0 Red Red Yellow330 000 4570 1.5 N *334 334*B0 Orange Orange Yellow470 000 4570 1.5 N *474 474*B0 Yellow Violet Yellow


R25 B25/85 - VALUE UL APPROVED 12NC

2381 640 3/4/6.... (1)

SAP MATERIAL AND ORDERING NO.

NTCLE100E3....B0/T1/T2 (2)

COLOR CODE (3)

(Ω) (K) (± %) (Y/N) I II III

2381 640 6.338 to 6.474

L

T B

H2

H1

IVIIIIII

d P

Power derating curve

100

0

P(%)

- 40 0 55 85Tamb (°C)125 150

PHYSICAL DIMENSIONS FOR RELEVANT TYPE (all dimensions in millimeters)

R25 VALUE Bmax. dH1

H2 max. L P Tmax.Min. Max.

3.3 Ω to 220 Ω 5.0 0.6 ± 0.06 1.0 4.0 6.0 24 ± 1.5 2.54 4.0

330 Ω to 470 kΩ 3.3 ± 0.5 0.6 ± 0.06 1.0 3.0 6.0 24 ± 1.5 2.54 3.0


NTCLE100E3...B0/T1/T2/2381 640 3/4/6....NTC Thermistors, Radial Leaded,

Standard PrecisionVishay BCcomponents

TEMPERATURE DEVIATION AS A FUNCTION OF THE AMBIENT TEMPERATURE






Curves valid for 2.2 to 10 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

40 160

3.0

0

1.0

2.0

2.5

0.5

1.5

0 40 80 120

1

2

4

3

ΔT

(K)

T (°C)-

Curves valid for 33 to 47 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

1

2

3

ΔT

(K)

T (°C)

4

Curves valid for 150 to 220 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %

T (°C)- 40 160

6

0

2

4

5

1

3

0 40 80 120

3

ΔT

(K)

2

1


T (°C)- 40 1600

2

4

5

1

3

0 40 80 120

1

2

3

ΔT

(K)

Curves valid for 68 to 100 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

T (°C)- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

3

ΔT

(K)

4

2

1


T (°C)- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

1

3

ΔT

(K)

2



Standard Precision

RT VALUE AND TOLERANCEThese thermistors have a narrow tolerance on the B-value,the result of which provides a very small tolerance on thenominal resistance value over a wide temperature range. Forthis reason the usual graphs of R = f(T) are replaced byResistance Values at Intermediate Temperatures Tables,together with a formula to calculate the characteristics with ahigh precision.

FORMULAE TO DETERMINE NOMINAL RESISTANCE VALUESThe resistance values at intermediate temperatures, or theoperating temperature values, can be calculated using thefollowing interpolation laws(extended “Steinhart and Hart”):

where:A, B, C, D, A1, B1, C1 and D1 are constant valuesdepending on the material concerned; see table below.Rref is the resistance value at a reference temperature (inthis event 25 °C).T is the temperature in K.

Formulae numbered and are interchangeable with anerror of max. 0.005 °C in the range 25 °C to 125 °C andmax. 0.015 °C in the range - 40 °C to + 25 °C.

DETERMINATION OF THE RESISTANCE/TEMPERATURE DEVIATION FROM NOMINAL VALUEThe total resistance deviation is obtained by combiningthe ‘R25-tolerance’ and the ‘resistance deviation due toB-tolerance’.

When:X = R25-toleranceY = resistance deviation due to B-toleranceZ = complete resistance deviation,

then: or Z ≈ X + Y

When:TCR = temperature coefficientΔT = temperature deviation,

then:

The temperature tolerances are plotted in the graphs on theprevious page.Example: at 0 °C, assume X = 5 %, Y = 0.89 % andTCR = 5.08 %/K (see Table ), then:

A NTC with a R25 - value of 10 kΩ has a value of 32.56 kΩbetween - 1.17 and + 1.17 °C.

Notes(1) Temperature < 25 °C(2) Temperature ≥ 25 °C

R T( ) Rref e A B T⁄ C T2⁄ D T3⁄+ + +( )×= (1)

T R( ) = A1 B1R

Rref----------ln C1ln2 R

Rref---------- D1ln3 R

Rref----------+ ++

1–(2)

Z 1 X100----------+

1 Y100----------+

1–×= 100 %×

ΔT ZTCR-------------=

Z 1 5100----------+ 1 0.89

100-----------+ 1–×

100%×=

1.05 1.0089 1–×{ } 100% 5.9345% 5.93%≈( )=× ·=

ΔT ZTCR------------- 5.93

5.08----------- 1.167 °C 1.17≈ ° C)(= = =

PARAMETER FOR DETERMINING NOMINAL RESISTANCE VALUES

NUMBERB25/85

(K)NAME

TOL. BVALUE

%A B

(K)C

(K2)D

(K3)A1

B1

(K-1)C1

(K-2)D1

(K-3)

1 2880 Mat O. withBn = 2880K 3 - 9.094 2251.74 229098 - 2.744820E+07 3.354016E-03 3.495020E-04 2.095959E-06 4.260615E-07

2 2990 Mat P. withBn = 3990K 3 - 10.2296 2887.62 132336 - 2.502510E+07 3.354016E-03 3.415560E-04 4.955455E-06 4.364236E-07

3 3041 Mat Q. withBn = 3041K 3 - 11.1334 3658.73 - 102895 5.166520E+05 3.354016E-03 3.349290E-04 3.683843E-06 7.050455E-07

4 3136 Mat R. withBn = 3136K 3 - 12.4493 4702.74 - 402687 3.196830E+07 3.354016E-03 3.243880E-04 2.658012E-06 - 2.701560E-07

5 3390 Mat S. withBn = 3390K 3 - 12.6814 4391.97 - 232807 1.509643E+07 3.354016E-03 2.993410E-04 2.135133E-06 - 5.672000E-09

63528 (1) Mat I. with

Bn = 3528K 0.5- 12.0596 3687.667 - 7617.13 - 5.914730E+06 3.354016E-03 2.909670E-04 1.632136E-06 7.192200E-08

3528 (2) - 21.0704 11903.95 - 2504699 2.470338E+08 3.354016E-03 2.933908E-04 3.494314E-06 - 7.712690E-07

7 3560 Mat H. withBn = 3560K 1.5 - 13.0723 4190.574 - 47158.4 - 1.199256E+07 3.354016E-03 2.884193E-04 4.118032E-06 1.786790E-07

8 3740 Mat B. withBn = 3740K 2 - 13.8973 4557.725 - 98275 - 7.522357E+06 3.354016E-03 2.744032E-04 3.666944E-06 1.375492E-07

9 3977 Mat A. withBn =3977K 0.75 - 14.6337 4791.842 - 115334 - 3.730535E+06 3.354016E-03 2.569850E-04 2.620131E-06 6.383091E-08

10 4090 Mat C. withBn = 4090K 1.5 - 15.5322 5229.973 - 160451 - 5.414091E+06 3.354016E-03 2.519107E-04 3.510939E-06 1.105179E-07

11 4190 Mat D. withBn = 4190K 1.5 - 16.0349 5459.339 - 191141 - 3.328322E+06 3.354016E-03 2.460382E-04 3.405377E-06 1.034240E-07

12 4370 Mat E. withBn = 4370K 2.5 - 16.8717 5759.15 - 194267 - 6.869149E+06 3.354016E-03 2.367720E-04 3.585140E-06 1.255349E-07

13 4570 Mat F. withBn = 4570K 1.5 - 17.6439 6022.726 - 203157 - 7.183526E+06 3.354016E-03 2.264097E-04 3.278184E-06 1.097628E-07





RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 3.3 Ω, 4.7 Ω AND 6.8 Ω

TOPER

(°C)

PART NUMBERNTCLE100E3338***

2381 640 **338


2381 640 **478


2381 640 **688 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT(Ω)

RT(Ω)

RT(Ω)

- 40 45.00 64.09 92.73 - 4.97 8.08

- 35 35.25 50.20 72.63 - 4.80 7.30

- 30 27.84 39.64 57.36 - 4.64 6.55

- 25 22.16 31.56 45.66 - 4.48 5.84

- 20 17.78 25.32 36.63 - 4.33 5.15

- 15 14.37 20.46 29.60 - 4.19 4.49

- 10 11.69 16.65 24.09 - 4.05 3.85

- 5 9.582 13.65 19.74 - 3.92 3.24

0 7.904 11.26 16.29 - 3.79 2.65

5 6.560 9.344 13.52 - 3.66 2.08

10 5.479 7.803 11.29 - 3.55 1.54

15 4.602 6.554 9.482 - 3.43 1.01

20 3.886 5.535 8.008 - 3.32 0.49

25 3.300 4.700 6.800 - 3.22 0.00

30 2.816 4.011 5.803 - 3.12 0.48

35 2.415 3.440 4.977 - 3.02 0.94

40 2.081 2.964 4.289 - 2.93 1.39

45 1.801 2.566 3.712 - 2.84 1.82

50 1.566 2.230 3.227 - 2.76 2.24

55 1.367 1.947 2.817 - 2.68 2.65

60 1.198 1.706 2.469 - 2.60 3.04

65 1.054 1.501 2.172 - 2.52 3.43

70 0.9308 1.326 1.918 - 2.45 3.80

75 0.8248 1.175 1.700 - 2.38 4.16

80 0.7334 1.044 1.511 - 2.32 4.51

85 0.6542 0.9318 1.348 - 2.25 4.85

90 0.5854 0.8338 1.206 - 2.19 5.19

95 0.5255 0.7484 1.083 - 2.13 5.51

100 0.4730 0.6737 0.9748 - 2.07 5.82

105 0.4270 0.6082 0.8799 - 2.02 6.13

110 0.3865 0.5505 0.7965 - 1.97 6.43

115 0.3508 0.4996 0.7228 - 1.92 6.72

120 0.3192 0.4545 0.6576 - 1.87 7.00

125 0.2911 0.4145 0.5998 - 1.82 7.28

130 0.2661 0.3789 0.5483 - 1.77 7.55

135 0.2438 0.3472 0.5023 - 1.73 7.81

140 0.2238 0.3188 0.4612 - 1.69 8.07

145 0.2059 0.2933 0.4244 - 1.65 8.32

150 0.1899 0.2704 0.3912 - 1.61 8.56



Standard Precision


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 10 Ω, 15 Ω AND 22 Ω

TOPER

(°C)


2381 640 **109


2381 640 **159


2381 640 **229

RT(Ω)

TCR(%/K)

ΔR/R DUE TO Btol.

(%)

RT(Ω)

TCR(%/K)

ΔR/R DUE TO Btol.

(%)

RT(Ω)

TCR(%/K)

ΔR/R DUE TO Btol.

(%)

- 40 136.7 - 4.86 8.39 224.8 - 5.16 8.65 374.9 - 5.54 8.80

- 35 107.6 - 4.72 7.58 174.5 - 4.98 7.79 285.8 - 5.31 7.95

- 30 85.32 - 4.58 6.81 136.6 - 4.80 6.98 220.4 - 5.10 7.14

- 25 68.10 - 4.44 6.06 107.9 - 4.64 6.21 171.7 - 4.90 6.36

- 20 54.72 - 4.31 5.35 85.94 - 4.48 5.47 135.0 - 4.71 5.61

- 15 44.25 - 4.18 4.66 68.96 - 4.33 4.76 107.2 - 4.53 4.89

- 10 36.02 - 4.06 4.00 55.74 - 4.19 4.08 85.79 - 4.37 4.20

- 5 29.49 - 3.94 3.37 45.37 - 4.05 3.43 69.21 - 4.22 3.53

0 24.30 - 3.82 2.75 37.17 - 3.92 2.81 56.26 - 4.07 2.89

5 20.13 - 3.71 2.16 30.65 - 3.80 2.20 46.05 - 3.94 2.27

10 16.77 - 3.60 1.59 25.42 - 3.68 1.62 37.94 - 3.81 1.67

15 14.04 - 3.50 1.04 21.21 - 3.57 1.06 31.45 - 3.69 1.10

20 11.82 - 3.39 0.51 17.79 - 3.46 0.52 26.23 - 3.57 0.54

25 10.00 - 3.30 0.00 15.00 - 3.36 0.00 22.00 - 3.47 0.00

30 8.500 - 3.20 0.50 12.76 - 3.26 0.49 18.55 - 3.36 0.52

35 7.259 - 3.11 0.98 10.86 - 3.17 0.98 15.72 - 3.26 1.02

40 6.226 - 3.03 1.44 9.291 - 3.08 1.46 13.38 - 3.17 1.51

45 5.363 - 2.94 1.89 7.982 - 2.99 1.92 11.45 - 3.08 1.98

50 4.639 - 2.86 2.33 6.887 - 2.91 2.36 9.833 - 3.00 2.44

55 4.029 - 2.78 2.75 5.966 - 2.83 2.79 8.482 - 2.92 2.88

60 3.512 - 2.71 3.16 5.189 - 2.75 3.21 7.346 - 2.84 3.32

65 3.073 - 2.64 3.56 4.529 - 2.68 3.62 6.386 - 2.76 3.73

70 2.698 - 2.57 3.95 3.968 - 2.61 4.02 5.572 - 2.69 4.14

75 2.377 - 2.50 4.32 3.488 - 2.54 4.41 4.879 - 2.62 4.53

80 2.101 - 2.43 4.69 3.077 - 2.48 4.78 4.286 - 2.56 4.91

85 1.864 - 2.37 5.04 2.722 - 2.41 5.15 3.777 - 2.50 5.29

90 1.658 - 2.31 5.38 2.416 - 2.35 5.51 3.339 - 2.44 5.65

95 1.479 - 2.25 5.72 2.151 - 2.30 5.85 2.960 - 2.38 6.00

100 1.323 - 2.20 6.05 1.920 - 2.24 6.19 2.632 - 2.32 6.34

105 1.187 - 2.14 6.36 1.719 - 2.19 6.53 2.347 - 2.27 6.68

110 1.068 - 2.09 6.67 1.543 - 2.13 6.85 2.098 - 2.22 7.00

115 0.9635 - 2.04 6.98 1.389 - 2.08 7.17 1.880 - 2.17 7.32

120 0.8712 - 1.99 7.27 1.253 - 2.03 7.48 1.689 - 2.12 7.62

125 0.7897 - 1.94 7.56 1.133 - 1.99 7.78 1.521 - 2.07 7.93

130 0.7174 - 1.90 7.84 1.027 - 1.94 8.08 1.373 - 2.03 8.22

135 0.6533 - 1.85 8.11 0.9326 - 1.90 8.37 1.242 - 1.98 8.50

140 0.5961 - 1.81 8.37 0.8490 - 1.86 8.65 1.126 - 1.94 8.78

145 0.5451 - 1.77 8.63 0.7744 - 1.82 8.93 1.023 - 1.90 9.06

150 0.4995 - 1.73 8.89 0.7079 - 1.78 9.20 0.9309 - 1.86 9.32





RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 33 Ω, 47 Ω AND 68 Ω

TOPER

(°C)


2381 640 **339


2381 640 **479


2381 640 **689 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT(Ω)

RT(Ω)

RT(Ω)

- 40 707.0 1007 1457 - 5.94 9.30

- 35 528.5 752.7 1089 - 5.70 8.44

- 30 399.5 569.0 823.3 - 5.49 7.60

- 25 305.3 434.8 629.1 - 5.28 6.79

- 20 235.6 335.6 485.5 - 5.09 6.01

- 15 183.5 261.4 378.2 - 4.90 5.25

- 10 144.3 205.5 297.3 - 4.73 4.51

- 5 114.3 162.8 235.6 - 4.57 3.80

0 91.34 130.1 188.2 - 4.42 3.11

5 73.51 104.7 151.5 - 4.27 2.45

10 59.59 84.87 122.8 - 4.13 1.80

15 48.63 69.26 100.2 - 4.00 1.18

20 39.94 56.88 82.29 - 3.88 0.58

25 33.00 47.00 68.00 - 3.76 0.00

30 27.43 39.06 56.51 - 3.64 0.56

35 22.92 32.64 47.23 - 3.54 1.11

40 19.26 27.42 39.68 - 3.43 1.63

45 16.26 23.16 33.50 - 3.34 2.14

50 13.79 19.65 28.42 - 3.24 2.63

55 11.76 16.74 24.23 - 3.15 3.11

60 10.06 14.33 20.74 - 3.07 3.57

65 8.652 12.32 17.83 - 2.98 4.02

70 7.468 10.64 15.39 - 2.90 4.45

75 6.471 9.216 13.33 - 2.83 4.87

80 5.628 8.015 11.60 - 2.76 5.27

85 4.912 6.996 10.12 - 2.69 5.66

90 4.302 6.127 8.865 - 2.62 6.04

95 3.780 5.384 7.790 - 2.55 6.41

100 3.332 4.746 6.867 - 2.49 6.77

105 2.946 4.196 6.071 - 2.43 7.11

110 2.613 3.721 5.384 - 2.37 7.45

115 2.324 3.310 4.788 - 2.32 7.77

120 2.072 2.951 4.270 - 2.26 8.09

125 1.853 2.639 3.818 - 2.21 8.39

130 1.661 2.365 3.422 - 2.16 8.69

135 1.492 2.125 3.075 - 2.11 8.97

140 1.344 1.914 2.770 - 2.07 9.25

145 1.213 1.728 2.500 - 2.02 9.52

150 1.098 1.564 2.262 - 1.98 9.79



Standard Precision


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 100 Ω, 150 Ω, 220 Ω, 330 Ω, 470 Ω AND 680 Ω

TOPER

(°C)


2381 640 **101


2381 640 **151


2381 640 **221


2381 640 **331


2381 640 **471


2381 640 **681 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

- 40 2193 3289 4824 7236 10 305 14 910 - 5.75 4.99

- 35 1652 2478 3635 5452 7766 11 235 - 5.57 4.51

- 30 1256 1884 2763 4144 5902 8540 - 5.40 4.05

- 25 962.5 1444 2117 3176 4524 6545 - 5.24 3.61

- 20 743.6 1115 1636 2454 3495 5057 - 5.08 3.19

- 15 579.0 868.5 1274 1911 2721 3937 - 4.93 2.78

- 10 454.2 681.2 999.1 1499 2135 3088 - 4.78 2.38

- 5 358.8 538.2 789.4 1184 1686 2440 - 4.64 2.01

0 285.4 428.2 628.0 942.0 1342 1941 - 4.51 1.64

5 228.6 342.9 502.9 754.4 1074 1554 - 4.38 1.29

10 184.2 276.4 405.3 608.0 866.0 1253 - 4.25 0.95

15 149.4 224.1 328.7 493.1 702.2 1016 - 4.13 0.62

20 121.9 182.8 268.2 402.2 572.9 828.8 - 4.01 0.31

25 100.0 150.0 220.0 330.0 470.0 680.0 - 3.90 0.00

30 82.49 123.7 181.5 272.2 387.7 561.0 - 3.80 0.30

35 68.41 102.6 150.5 225.8 321.5 465.2 - 3.69 0.58

40 57.02 85.54 125.5 188.2 268.0 387.8 - 3.59 0.86

45 47.77 71.65 105.1 157.6 224.5 324.8 - 3.50 1.13

50 40.20 60.30 88.44 132.7 188.9 273.3 - 3.40 1.39

55 33.98 50.98 74.76 112.1 159.7 231.1 - 3.31 1.64

60 28.86 43.28 63.48 95.23 135.6 196.2 - 3.23 1.88

65 24.61 36.91 54.13 81.20 115.6 167.3 - 3.15 2.12

70 21.07 31.60 46.35 69.52 99.01 143.3 - 3.07 2.35

75 18.11 27.16 39.84 59.76 85.11 123.1 - 2.99 2.57

80 15.62 23.43 34.37 51.56 73.43 106.2 - 2.91 2.79

85 13.53 20.29 29.76 44.65 63.59 92.00 - 2.84 3.00

90 11.76 17.63 25.86 38.80 55.26 79.95 - 2.77 3.21

95 10.25 15.38 22.55 33.83 48.18 69.71 - 2.71 3.41

100 8.968 13.45 19.73 29.59 42.15 60.98 - 2.64 3.60

105 7.871 11.81 17.32 25.97 36.99 53.52 - 2.58 3.79

110 6.928 10.39 15.24 22.86 32.56 47.11 - 2.52 3.97

115 6.117 9.176 13.46 20.19 28.75 41.60 - 2.46 4.15

120 5.416 8.125 11.92 17.87 25.46 36.83 - 2.41 4.33

125 4.809 7.214 10.58 15.87 22.60 32.70 - 2.35 4.50

130 4.282 6.422 9.419 14.13 20.12 29.11 - 2.30 4.66

135 3.822 5.732 8.408 12.61 17.96 25.99 - 2.25 4.83

140 3.420 5.130 7.523 11.29 16.07 23.25 - 2.20 4.99

145 3.068 4.601 6.749 10.12 14.42 20.86 - 2.15 5.14

150 2.758 4.137 6.068 9.102 12.96 18.76 - 2.10 5.29





RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 1 kΩ, 1.5 kΩ AND 2 kΩ

TOPER

(°C)


2381 640 **102


2381 640 **152


2381 640 **202 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT(Ω)

RT(Ω)

RT(Ω)

- 40 23 342 35 013 46 684 - 6.06 1.65

- 35 17 336 26 004 34 672 - 5.84 1.49

- 30 13 018 19 526 26 035 - 5.62 1.34

- 25 9877 14 816 19 754 - 5.42 1.19

- 20 7569 11 353 15 138 - 5.23 1.05

- 15 5855 8782 11 709 - 5.05 0.92

- 10 4569 6854 9138 - 4.87 0.79

- 5 3596 5395 7193 - 4.71 0.66

0 2854 4280 5707 - 4.55 0.54

5 2282 3422 4563 - 4.40 0.43

10 1838 2757 3675 - 4.26 0.31

15 1491 2236 2981 - 4.12 0.21

20 1217 1826 2434 - 3.99 0.10

25 1000 1500 2000 - 3.87 0.00

30 826.6 1240 1653 - 3.75 0.10

35 687.3 1031 1375 - 3.63 0.19

40 574.6 861.9 1149 - 3.53 0.28

45 482.7 724.0 965.4 - 3.42 0.37

50 407.4 611.0 814.7 - 3.32 0.46

55 345.2 517.8 690.5 - 3.23 0.54

60 293.7 440.6 587.4 - 3.14 0.62

65 250.8 376.2 501.6 - 3.05 0.70

70 214.9 322.4 429.8 - 2.97 0.78

75 184.7 277.1 369.5 - 2.89 0.86

80 159.3 238.9 318.6 - 2.81 0.93

85 137.7 206.6 275.5 - 2.73 1.01

90 119.4 179.1 238.8 - 2.66 1.08

95 103.8 155.7 207.6 - 2.59 1.15

100 90.45 135.7 180.9 - 2.53 1.22

105 79.00 118.5 158.0 - 2.46 1.29

110 69.15 103.7 138.3 - 2.40 1.35

115 60.66 90.99 121.3 - 2.34 1.42

120 53.32 79.98 106.6 - 2.29 1.48

125 46.96 70.44 93.92 - 2.23 1.55

130 41.43 62.15 82.87 - 2.18 1.61

135 36.63 54.94 73.25 - 2.13 1.67

140 32.43 48.65 64.87 - 2.08 1.73

145 28.77 43.16 57.54 - 2.03 1.79

150 25.56 38.34 51.12 - 1.98 1.85



Standard Precision


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.2 kΩ, 2.7 kΩ, 3.3 kΩ, 4.7 kΩ, 5.0 kΩ, 6.8 kΩ AND 10 kΩ

TOPER

(°C)


2381 640 **222


2381 640 **272


2381 640 **332


2381 640 **472


2381 640 **502


2381 640 **682


2381 640 **103 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

- 40 73 061 89 665 109 591 156 084 166 047 225 824 332 094 - 6.62 2.79

- 35 52 778 64 773 79 167 112 753 119 950 163 132 239 900 - 6.39 2.52

- 30 38 544 47 304 57 816 82 344 87 600 119 136 175 200 - 6.18 2.26

- 25 28 443 34 907 42 665 60 765 64 643 87 915 129 287 - 5.98 2.02

- 20 21 199 26 017 31 798 45 288 48 179 65 524 96 358 - 5.78 1.78

- 15 15 950 19 575 23 925 34 075 36 250 49 300 72 500 - 5.60 1.55

- 10 12 110 14 862 18 165 25 872 27 523 37 431 55 046 - 5.42 1.33

- 5 9275 11 382 13 912 19 814 21 078 28 667 42 157 - 5.25 1.12

0 7162 8790 10 743 15 300 16 277 22 137 32 554 - 5.09 0.92

5 5574 6841 8362 11 909 12 669 17 230 25 339 - 4.93 0.72

10 4372 5365 6558 9340 9936 13 513 19 872 - 4.79 0.53

15 3454 4239 5180 7378 7849 10 675 15 698 - 4.64 0.35

20 2747 3372 4121 5869 6244 8492 12 488 - 4.51 0.17

25 2200 2700 3300 4700 5000 6800 10 000 - 4.38 0.00

30 1773 2176 2659 3788 4030 5480 8059 - 4.25 0.17

35 1438 1764 2156 3071 3267 4444 6535 - 4.13 0.32

40 1173 1439 1759 2505 2665 3624 5330 - 4.02 0.48

45 961.8 1180 1443 2055 2186 2973 4372 - 3.91 0.63

50 793.2 973.4 1190 1694 1803 2452 3605 - 3.80 0.77

55 657.5 806.9 986.3 1405 1494 2032 2989 - 3.70 0.91

60 547.8 672.3 821.7 1170 1245 1693 2490 - 3.60 1.05

65 458.6 562.8 687.9 979.7 1042 1417 2084 - 3.51 1.18

70 385.7 473.3 578.5 823.9 876.5 1192 1753 - 3.42 1.31

75 325.8 399.8 488.7 696.0 740.5 1007 1481 - 3.33 1.44

80 276.4 339.2 414.6 590.5 628.2 854.3 1256 - 3.25 1.56

85 235.5 289.0 353.2 503.0 535.2 727.8 1070 - 3.17 1.68

90 201.4 247.2 302.1 430.2 457.7 622.5 915.4 - 3.09 1.79

95 172.9 212.2 259.4 369.4 393.0 534.5 786.0 - 3.01 1.90

100 149.0 182.9 223.5 318.3 338.6 460.6 677.3 - 2.94 2.01

105 128.9 158.2 193.3 275.3 292.9 398.3 585.7 - 2.87 2.12

110 111.8 137.2 167.7 238.9 254.2 345.7 508.3 - 2.80 2.22

115 97.37 119.5 146.1 208.0 221.3 301.0 442.6 - 2.74 2.32

120 85.05 104.4 127.6 181.7 193.3 262.9 386.6 - 2.67 2.42

125 74.52 91.46 111.8 159.2 169.4 230.3 338.7 - 2.61 2.51

130 65.49 80.38 98.24 139.9 148.8 202.4 297.7 - 2.55 2.61

135 57.72 70.84 86.59 123.3 131.2 178.4 262.4 - 2.50 2.70

140 51.02 62.62 76.53 109.0 116.0 157.7 231.9 - 2.44 2.78

145 45.22 55.49 67.83 96.60 102.8 139.8 205.5 - 2.39 2.87

150 40.18 49.31 60.27 85.84 91.32 124.2 182.6 - 2.34 2.96






TOPER

(°C)


2381 640 **123


2381 640 **153


2381 640 **223 TCR(%/K)

ΔR/R DUE TO Btol.

(%)RT

(kΩ)RT

(kΩ)RT

(kΩ)

- 40 309.4 386.7 567.2 - 6.07 7.00

- 35 229.5 286.9 420.8 - 5.88 6.32

- 30 171.8 214.8 315.0 - 5.70 5.68

- 25 129.8 162.3 238.0 - 5.52 5.06

- 20 98.93 123.7 181.4 - 5.35 4.46

- 15 76.02 95.02 139.4 - 5.19 3.89

- 10 58.88 73.60 107.9 - 5.03 3.34

- 5 45.95 57.44 84.25 - 4.88 2.81

0 36.13 45.16 66.24 - 4.74 2.30

5 28.61 35.76 52.45 - 4.60 1.80

10 22.80 28.51 41.81 - 4.47 1.33

15 18.30 22.87 33.55 - 4.34 0.87

20 14.77 18.47 27.08 - 4.22 0.43

25 12.00 15.00 22.00 - 4.10 0.00

30 9.804 12.25 17.97 - 3.99 0.41

35 8.054 10.07 14.77 - 3.88 0.81

40 6.652 8.315 12.20 - 3.77 1.20

45 5.522 6.903 10.12 - 3.67 1.58

50 4.607 5.759 8.447 - 3.58 1.94

55 3.862 4.828 7.081 - 3.48 2.29

60 3.252 4.066 5.963 - 3.39 2.64

65 2.751 3.439 5.044 - 3.30 2.97

70 2.337 2.921 4.284 - 3.22 3.29

75 1.993 2.492 3.654 - 3.14 3.60

80 1.707 2.134 3.129 - 3.06 3.91

85 1.467 1.834 2.690 - 2.99 4.20

90 1.266 1.582 2.321 - 2.92 4.49

95 1.096 1.370 2.010 - 2.85 4.77

100 0.9524 1.190 1.746 - 2.78 5.04

105 0.8302 1.038 1.522 - 2.71 5.31

110 0.7260 0.9075 1.331 - 2.65 5.56

115 0.6369 0.7961 1.168 - 2.59 5.82

120 0.5604 0.7005 1.027 - 2.53 6.06

125 0.4945 0.6181 0.9065 - 2.47 6.30

130 0.4375 0.5469 0.8022 - 2.42 6.53

135 0.3882 0.4853 0.7117 - 2.37 6.76

140 0.3454 0.4317 0.6332 - 2.31 6.98

145 0.3080 0.3850 0.5647 - 2.26 7.20

150 0.2754 0.3442 0.5049 - 2.22 7.41



Standard Precision


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 33 kΩ, 47 kΩ, 50 kΩ, 68 kΩ AND 100 kΩ

TOPER

(°C)

PART NUMBERNTCLE100E3

2381 640

333*****333

473*****473 TCR

(%/K)

ΔR/R DUE TO Btol.

(%)

503*****503

683*****683

104*****104 TCR

(%/K)

ΔR/R DUE TO Btol.

(%)RT

(kΩ)RT

(kΩ)RT

(kΩ)RT

(kΩ)RT

(kΩ)

- 40 1116 1589 - 6.54 5.74 1833 2493 3666 - 6.69 5.88

- 35 808.6 1152 - 6.34 5.19 1319 1794 2638 - 6.49 5.31

- 30 591.7 842.8 - 6.15 4.66 958.3 1303 1917 - 6.29 4.77

- 25 437.1 622.6 - 5.96 4.15 703.1 956.2 1406 - 6.10 4.25

- 20 325.9 464.1 - 5.79 3.66 520.6 708.0 1041 - 5.92 3.75

- 15 245.0 349.0 - 5.62 3.19 388.9 528.9 777.8 - 5.75 3.27

- 10 185.8 264.6 - 5.45 2.74 293.0 398.5 586.1 - 5.58 2.80

- 5 142.0 202.3 - 5.30 2.30 222.6 302.8 445.3 - 5.42 2.36

0 109.4 155.8 - 5.14 1.88 170.5 231.8 340.9 - 5.26 1.93

5 84.91 120.9 - 5.00 1.48 131.5 178.9 263.1 - 5.11 1.52

10 66.37 94.53 - 4.86 1.09 102.2 139.0 204.4 - 4.97 1.12

15 52.24 74.40 - 4.72 0.71 80.01 108.8 160.0 - 4.83 0.73

20 41.39 58.95 - 4.59 0.35 63.04 85.74 126.1 - 4.70 0.36

25 33.00 47.00 - 4.47 0.00 50.00 68.00 100.0 - 4.57 0.00

30 26.47 37.71 - 4.35 0.34 39.90 54.27 79.81 - 4.45 0.35

35 21.37 30.43 - 4.23 0.67 32.04 43.57 64.08 - 4.33 0.68

40 17.34 24.70 - 4.12 0.99 25.87 35.19 51.75 - 4.22 1.01

45 14.15 20.15 - 4.01 1.29 21.01 28.57 42.02 - 4.11 1.33

50 11.61 16.53 - 3.91 1.59 17.15 23.33 34.31 - 4.00 1.63

55 9.572 13.63 - 3.81 1.88 14.08 19.15 28.16 - 3.90 1.93

60 7.931 11.30 - 3.71 2.16 11.61 15.79 23.22 - 3.80 2.21

65 6.603 9.404 - 3.62 2.43 9.623 13.09 19.25 - 3.71 2.49

70 5.522 7.865 - 3.53 2.70 8.012 10.90 16.02 - 3.62 2.76

75 4.639 6.607 - 3.44 2.95 6.701 9.114 13.40 - 3.53 3.03

80 3.913 5.573 - 3.36 3.20 5.629 7.655 11.26 - 3.45 3.28

85 3.315 4.721 - 3.28 3.45 4.748 6.457 9.496 - 3.36 3.53

90 2.819 4.015 - 3.20 3.68 4.021 5.469 8.042 - 3.28 3.77

95 2.406 3.427 - 3.13 3.91 3.419 4.649 6.837 - 3.21 4.01

100 2.062 2.936 - 3.05 4.13 2.918 3.968 5.835 - 3.13 4.24

105 1.773 2.525 - 2.98 4.35 2.499 3.399 4.998 - 3.06 4.46

110 1.530 2.179 - 2.92 4.56 2.148 2.921 4.296 - 2.99 4.68

115 1.324 1.886 - 2.85 4.77 1.853 2.519 3.705 - 2.93 4.89

120 1.150 1.638 - 2.79 4.97 1.603 2.180 3.206 - 2.86 5.09

125 1.002 1.427 - 2.73 5.17 1.392 1.892 2.783 - 2.80 5.29

130 0.8757 1.247 - 2.67 5.36 1.212 1.648 2.423 - 2.74 5.49

135 0.7675 1.093 - 2.61 5.54 1.058 1.439 2.116 - 2.68 5.68

140 0.6746 0.9608 - 2.55 5.73 0.9269 1.261 1.854 - 2.62 5.87

145 0.5946 0.8468 - 2.50 5.90 0.8141 1.107 1.628 - 2.57 6.05

150 0.5254 0.7483 - 2.45 6.08 0.7170 0.9752 1.434 - 2.51 6.23





RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 150 kΩ, 220 kΩ, 330 kΩ AND 470 kΩ

TOPER

(°C)

PART NUMBERNTCLE100E3

2381 640

154*****154

224*****224 TCR

(%/K)

ΔR/R DUE TO Btol.

(%)

334*****334

474*****474 TCR

(%/K)

ΔR/R DUE TO Btol.

(%)RT

(kΩ)RT

(kΩ)RT

(kΩ)RT

(kΩ)

- 40 6153 9024 - 6.83 10.22 16 044 22 850 - 7.14 6.41

- 35 4394 6444 - 6.64 9.24 11 282 16 068 - 6.94 5.80

- 30 3168 4646 - 6.45 8.29 8013 11 413 - 6.74 5.20

- 25 2305 3381 - 6.27 7.39 5747 8185 - 6.55 4.64

- 20 1693 2483 - 6.09 6.52 4161 5926 - 6.37 4.09

- 15 1254 1839 - 5.92 5.68 3040 4329 - 6.19 3.57

- 10 936.4 1373 - 5.75 4.88 2240 3190 - 6.02 3.06

- 5 705.0 1034 - 5.60 4.10 1665 2371 - 5.85 2.57

0 535.0 784.7 - 5.44 3.36 1248 1777 - 5.69 2.11

5 409.1 600.0 - 5.29 2.64 942.3 1342 - 5.54 1.65

10 315.1 462.1 - 5.15 1.94 717.1 1021 - 5.39 1.22

15 244.4 358.4 - 5.01 1.27 549.8 783.0 - 5.24 0.80

20 190.8 279.9 - 4.88 0.63 424.5 604.6 - 5.10 0.39

25 150.0 220.0 - 4.75 0.00 330.0 470.0 - 4.97 0.00

30 118.6 174.0 - 4.63 0.60 258.2 367.8 - 4.84 0.38

35 94.42 138.5 - 4.51 1.19 203.4 289.6 - 4.72 0.75

40 75.58 110.9 - 4.39 1.76 161.1 229.5 - 4.59 1.10

45 60.85 89.24 - 4.28 2.30 128.4 182.9 - 4.48 1.45

50 49.25 72.24 - 4.17 2.83 103.0 146.7 - 4.37 1.78

55 40.08 58.78 - 4.07 3.35 83.00 118.2 - 4.26 2.10

60 32.78 48.08 - 3.97 3.85 67.26 95.80 - 4.15 2.41

65 26.94 39.51 - 3.87 4.33 54.79 78.04 - 4.05 2.72

70 22.25 32.63 - 3.78 4.80 44.85 63.88 - 3.95 3.01

75 18.46 27.07 - 3.69 5.26 36.90 52.55 - 3.86 3.30

80 15.38 22.56 - 3.60 5.70 30.49 43.43 - 3.77 3.58

85 12.87 18.88 - 3.52 6.14 25.31 36.05 - 3.68 3.85

90 10.82 15.87 - 3.44 6.56 21.10 30.06 - 3.59 4.11

95 9.129 13.39 - 3.36 6.96 17.67 25.16 - 3.51 4.37

100 7.732 11.34 - 3.28 7.36 14.85 21.15 - 3.43 4.62

105 6.574 9.642 - 3.21 7.75 12.53 17.85 - 3.35 4.86

110 5.610 8.228 - 3.14 8.13 10.62 15.12 - 3.28 5.10

115 4.804 7.046 - 3.07 8.49 9.029 12.86 - 3.21 5.33

120 4.128 6.054 - 3.00 8.85 7.704 10.97 - 3.14 5.55

125 3.559 5.219 - 2.94 9.20 6.597 9.396 - 3.07 5.77

130 3.078 4.514 - 2.87 9.54 5.668 8.072 - 3.00 5.99

135 2.670 3.916 - 2.81 9.87 4.885 6.958 - 2.94 6.20

140 2.323 3.408 - 2.75 10.20 4.224 6.016 - 2.88 6.40

145 2.028 2.974 - 2.69 10.52 3.663 5.217 - 2.82 6.60

150 1.774 2.603 - 2.64 10.83 3.186 4.538 - 2.76 6.79



Standard Precision

PACKAGINGTAPE SPECIFICATIONS

DIMENSIONS in millimetersDETAILS SYMBOL DIMENSIONS NOMINAL TOLERANCE REMARKSBody diameterLead diameterFeed hole diameter

Dd

D0

3.30.64.0

± 0.5± 10 %± 0.2

5 max. for 3.3 Ω to 220 Ω

Lead to lead distance F 2.54 ± 0.3 Guaranteed between component and tape

Distance component to tape centreComponent heightComponent alignmentDistance top/bottom of componentsLength of lacquer under the comp. bottom

HH1ΔhH2H3

22.032.2

062

± 1.0max.± 2.0max.± 1 1 to 4 max. for 3.3 Ω to 220 Ω

Length of snipped lead L 11.0 max.Pitch between thermistorsFeed hole pitchFeed hole center to lead centerComponent alignment

PP0P1Δp

12.712.75.08

0

± 1.0± 0.3± 0.7± 1.3

Cumulative pitch error± 1 mm/20 pitches guaranteed between component and tape

Total thicknessTotal tape thickness

Tt

3.00.9

max.max.

4 max. for 3.3 Ω to 220 Ωwith cardboardtape 0.5 ± 0.1

Tape width

Hold down tape widthHole positionHold down tape position

W

W0W1W2

18.0

5.09.01.5

± 1.0- 0.5± 0.3± 0.5± 1

None of the hold down tapes may cover the holes

P

A

PD

D0

L H

W0

W2

W1

W

P0 P1 F

Direction of unreeling

t

detail A

d

H3

H2

H1

Taped according to IEC 60286-2 (cover tape may differ from shown)

T

H

1E pitch

NTCLE100E3...T1/2381 640 4....

Thermistors on tape




DIMENSIONS in millimetersDETAILS SYMBOL DIMENSIONS NOMINAL TOLERANCE REMARKSBody diameterLead diameterFeed hole diameter

Dd

D0

3.30.64.0

± 0.5± 10 %± 0.2

5 max. for 3.3 Ω to 220 Ω

Lead to lead distance F 5.0 + 0.6- 0.1

Guaranteed between component and tape

Distance component to tape centreComponent heightCompinent top to seating planeComponent alignmentDistance top - bottom lead clinch

HH0H1ΔhH3

20.016.010.00.0

± 2± 0.5max.± 2.0

12 max. for 100 Ω to 220 Ω

Not definedLength of snipped lead L 11.0 max.Pitch between thermistorsFeed hole pitchFeed hole center to lead centerComponent alignment

PP0P1Δp

12.712.73.810.0

± 1.0± 0.3± 0.7± 1.3

Cumulative pitch error± 1 mm/20 pitches guaranteed between component and tape

Total thicknessTotal tape thickness

Tt

3.00.9

max.max.

4 max. for 3.3 Ω to 220 Ω with cardboard tape 0.5 ± 0.1

Tape width

Hold down tape widthHole positionHold down tape position

W

W0W1W2

18.0

5.09.01.5

± 1.0- 0.5± 0.3± 0.5± 1.0

None of the hold down tapes may cover the holes

T

ΔH

P

L

P0 P1 F

D0

W0

W2

W

W1

H0

H

Δp

d

D

H3

H1

t

Taped according to IEC 60286-2 (cover tape may differ from shown)

2E pitch

NTCLE100E3...T2/2381 640 3....

Thermistors on tape



Standard Precision

TESTS AND REQUIREMENTSEssentially all tests are carried out in accordance with “IEC publication 60068-2; Environmental testing”, except where indicated.

Notes(1) For R25 ≥ 100 kΩ the drift requirement is ΔR/R < 5 %(2) For R25 from 2.2 kΩ to 10 kΩ, requirement is ± 2 % max.

REEL SPECIFICATIONS CODE NUMBERS AND RELEVANT PACKAGING QUANTITIES

PARAMETER

BULKTAPE AND REEL (1)

1E PITCHTAPE AND REEL (1)

2E PITCH

2381 640 6..../NTCLE100E3....B0

2381 640 4..../NTCLE100E3....T1

2381 640 3..../NTCLE100E3....T2

Quantity 500 1500 per reel, 2 reels per box

1500 per reel, 2 reels per box

Note(1) Taped according IEC 60286-2

CHARACTERISTICS OF TAPED PRODUCTSMinimum pull-out force of the component: 5 NMinimum peel-off force of adhesive tape: 6 N

Minimum tearing force tape: 15 N

Minimum pull-off force of tape-reel: 5 N

STORAGE CONDITIONSStorage temperature range: - 25 °C to + 40 °CMaximum relative humidity: 80 %, non-condensing

STABILITY TESTS

CECC 32 100CLAUSE

IEC60068-2

TEST METHODTEST PROCEDURE REQUIREMENTS

D3; 4.20.1 Endurance 25 °C; 1000 h ΔR/R < 1 %1 Endurance - 40 °C; 1000 h ΔR/R < 1 %

539 Endurance 500 mW; 55 °C; 1000 h ΔR/R < 3 % (1)

2 Dry heat,(steady state) 125 °C; 1000 h ΔR/R < 3 %

D1; 4.19 3 Damp heat (steady state) 56 days at 40 °C; 90 to 95 % RH ΔR/R < 3 %

C2; 4.14 14 Rapid change of temperature - 40 °C to + 125 °C; 50 cycles ΔR/R < 2 %Other applicable tests

21Robustness of leads:

ΔR/R ≤ 1 %Tensile strength Loading force 10 NBending Loading force 5 N

58 Soldering:ΔR/R ≤ 1 % (2)Solderability 240 °C max.; duration 4 s max.

Resistance to heat 265 °C max.; duration 5 s max.27 Impact Free fall; 1 m ΔR/R ≤ 1 %29 Shock 490 m/s; half sinewave ΔR/R ≤ 1 %

45 Resistance to solvent (isopropanol) Ambient temp for 5 minutes; 5 N with hydrophylic cotton wool

No traces of lacquer on cotton wool

6 Vibration1.5 mm peak to peak: 10 Hz to 58 Hz

10 gp: 50 Hz to 500 Hz 1 octave/min. 2 h ineach direction in three orthogonal directions

No visible damageΔR/R < 1 %

60695-2-2 Inflammability 1980, needle flame test Non-flammable

22.5

16 +1 - 0

77 85.6 92 356 max.

18

3

42 ±1

56 max.

Dimensions of the reel


NTCLE101E3...SB0/2381 640 10...Vishay BCcomponents

NTC Thermistors, Radial Leaded Special Accuracy

Notes(1) For values of nominal resistance value and tolerance at

intermediate temperatures; see resistance values tables.(2) Response time in silicone oil MS 200/50. This is the time needed


FEATURES• Excellent accuracy between 25 °C and 85 °C


• Old part number was 2322 640 10...


APPLICATIONS

• Temperature measurement, sensing and control

DESCRIPTIONThese thermistors have a negative temperature coefficient.The device consists of a chip with two tin-plated copperleads. It is grey lacquered and not insulated. Thesethermistors are very accurate (± 0.5 °C) over a trajectoryfrom 25 °C to 85 °C.

PACKAGING

The thermistors are packed in cardboard boxes, each boxcontains 500 units.

MARKING

Grey lacquered body.

MOUNTING

By soldering in any position.


Resistance at 25 °C (1) 4.7 kΩ to 100 kΩTemperature measurement accuracy(between 25 °C and 85 °C)

± 0.5 °C



Dissipation factor δ (for information only) 7 mW/K

Response time (for information only) (2) 1.2 s

Thermal time constant τ (for information only)

11 s


at zero dissipation (continuously) - 40 °C to + 125 °C

at maximum dissipation 0 °C to + 55 °C

Weight ≈ 0.22 g


R25

(Ω)ΔR25/R25

(%)R85(Ω)

ΔR85/R85(%)

B25/85(K)

ΔB/B(%)

CATALOG NUMBER 2381 640 .....

SAP MATERIAL NO. NTCLE101E3......

4700 2.19 503.1 1.58 3977 0.75 10472 472SB0

10 000 2.19 1070 1.58 3977 0.75 10103 103SB0

47 000 2.23 4721 1.64 4090 1.5 10473 473SB0

100 000 2.29 9496 1.72 4190 1.5 10104 104SB0


NTCLE101E3...SB0/2381 640 10...Vishay BCcomponents NTC Thermistors, Radial

Leaded Special Accuracy

DIMENSIONS in millimeters TOLERANCE CURVE

2.54

17min.

3max.

Ø 0.6

3.3 ± 0.5

5max.

2 ± 1

ΔT(K)

1.0

- 0.5

- 1.0

0.5

0- 40 - 25 0 25 40 60 85 110 125

T(°C)

RESISTANCE VALUES AT INTERMEDIATE VALUES WITH R25 AT 4.7 kΩ AND 10 kΩ

TOPER

(°C)RT/R25

TCR(%/K)

RT

(kΩ) NTCLE101E3472SB0

2381 640 10472NTCLE101E3103SB0

2381 640 10103- 40 33.21 6.57 156.1 332.1000- 35 23.99 6.36 112.8 240.0- 30 17.52 6.15 82.35 175.2- 25 12.93 5.95 60.77 129.3- 20 9.636 5.76 45.30 96.36- 15 7.250 5.58 34.08 72.50- 10 5.505 5.40 25.87 55.05- 5 4.216 5.24 19.81 42.160 3.255 5.08 15.30 32.565 2.534 4.92 11.91 25.34

10 1.987 4.78 9.340 19.8715 1.570 4.64 7.378 15.7020 1.249 4.50 5.869 12.4925 1.000 4.37 4.700 10.0030 0.8059 4.25 3.788 8.05935 0.6535 4.13 3.072 6.53540 0.5330 4.02 2.505 5.33045 0.4372 3.91 2.055 4.37250 0.3605 3.80 1.694 3.60655 0.2989 3.70 1.405 2.98960 0.2490 3.60 1.170 2.49065 0.2084 3.51 0.9797 2.08470 0.1753 3.42 0.8239 1.75375 0.1481 3.33 0.6960 1.48180 0.1256 3.25 0.5905 1.25685 0.1070 3.16 0.5031 1.07090 0.09154 3.09 0.4303 0.915495 0.07860 3.01 0.3694 0.7860

100 0.06773 2.94 0.3183 0.6773105 0.05858 2.87 0.2753 0.5858110 0.05083 2.80 0.2389 0.5083115 0.04426 2.73 0.2080 0.4426120 0.03866 2.67 0.1817 0.3866125 0.03387 2.61 0.1592 0.3387130 0.02977 2.55 0.1399 0.2977135 0.02624 2.49 0.1233 0.2624140 0.02319 2.43 0.1090 0.2319145 0.02055 2.38 0.0966 0.2055150 0.01826 2.33 0.0858 0.1826


NTCLE101E3...SB0/2381 640 10...NTC Thermistors, Radial Leaded Special Accuracy

Vishay BCcomponents

RESISTANCE VALUES AT INTERMEDIATE VALUES WITH R25 AT 47 kΩ

TOPER

(°C)RT/R25

TCR(%/K)

RT

(kΩ)

NTCLE101E3473SB02381 640 10473

- 40 33.81 6.55 1589

- 35 24.50 6.34 1151

- 30 17.93 6.15 842.8

- 25 13.25 5.96 622.6

- 20 9.875 5.78 464.1

- 15 7.425 5.61 349.0

- 10 5.630 5.45 264.6

- 5 4.304 5.29 202.3

0 3.315 5.14 155.8

5 2.573 4.99 120.9

10 2.011 4.85 94.53

15 1.583 4.72 74.40

20 1.254 4.59 58.95

25 1.000 4.46 47.00

30 0.8024 4.34 37.71

35 0.6474 4.23 30.43

40 0.5255 4.12 24.70

45 0.4288 4.01 20.15

50 0.3518 3.91 16.53

55 0.2901 3.81 13.63

60 0.2403 3.71 11.30

65 0.2001 3.62 9.404

70 0.1674 3.53 7.865

75 0.1406 3.44 6.607

80 0.1186 3.36 5.573

85 0.1004 3.28 4.721

90 0.08542 3.20 4.015

95 0.07292 3.13 3.427

100 0.06248 3.06 2.936

105 0.05372 2.98 2.525

110 0.04635 2.92 2.179

115 0.04013 2.85 1.886

120 0.03485 2.79 1.638

125 0.03037 2.73 1.427

130 0.02654 2.67 1.247

135 0.02326 2.61 1.093

140 0.02044 2.55 0.9608

145 0.01802 2.50 0.8468

150 0.01592 2.44 0.7483


NTCLE101E3...SB0/2381 640 10...Vishay BCcomponents NTC Thermistors, Radial

Leaded Special Accuracy

RESISTANCE VALUES AT INTERMEDIATE VALUES WITH R25 AT 100 kΩ

TOPER

(°C)RT/R25

TCR(%/K)

RT

(kΩ)

NTCLE101E3104SB02381 640 10104

- 40 36.66 6.70 3666

- 35 26.38 6.49 2638

- 30 19.17 6.29 1917

- 25 14.06 6.10 1406

- 20 10.41 5.92 1041

- 15 7.779 5.74 777.9

- 10 5.861 5.57 586.1

- 5 4.453 5.41 445.3

0 3.409 5.26 340.9

5 2.631 5.11 263.1

10 2.044 4.97 204.4

15 1.600 4.83 160.0

20 1.261 4.70 126.1

25 1.000 4.57 100.0

30 0.7981 4.45 79.81

35 0.6408 4.35 64.08

40 0.5175 4.22 51.74

45 0.4202 4.11 42.02

50 0.3431 4.00 34.31

55 0.2816 3.90 28.16

60 0.2322 3.80 23.22

65 0.1925 3.71 19.25

70 0.1602 3.62 16.03

75 0.1340 3.53 13.40

80 0.1126 3.45 11.26

85 0.09496 3.36 9.496

90 0.08042 3.28 8.042

95 0.06837 3.21 6.837

100 0.05835 3.13 5.835

105 0.04998 3.06 4.998

110 0.04296 2.99 4.296

115 0.03705 2.92 3.705

120 0.03206 2.86 3.206

125 0.02783 2.80 2.783

Document Number: 29118 For technical questions, contact: [email protected] www.vishay.comRevision: 20-Aug-09 77

NTCLE203E3...SB0/2381 640 20...Vishay BCcomponents

NTC Thermistors, Radial Leaded, Automotive Grade

FEATURES• High accuracy over a wide temperature range


• Exceptional thermal shock withstandingperformance

• AEC-Q200 qualified


• Fulfils the ELV 2000/53/EC

APPLICATIONS• Temperature measurement, sensing and control,

temperature compensation in Automotive and Industrialapplications

• Applications as EGR, ECT, IAT and TMAP sensors

DESCRIPTIONThese thermistors consist of a NTC ceramic chip with twosolid Tin plated Nickel leads. The thermistor body is coatedwith a blue insulating lacquer.

PACKAGINGThe thermistors are packed in bulk (qty = 500 p). Tape andreel available on request.

DESIGN-IN SUPPORTR(T) table spreadsheet available on request [email protected].

MOUNTINGBy soldering or welding in any position. The thermistors arefully suitable to be potted in epoxy or silicon resins.

Note(1) ΔT is the temperature measurement accuracy in the defined temperature range


PARAMETER VALUE UNIT

Resistance value at 25 °C 2.06 to 30 kΩ

Temperature accuracy between 25 °Cand 85 °C measurement

± 0.5 °C

B25/85 value 3528 to 4090 K

Tolerance on B25/85 ± 0.5 to ± 0.75 %


Response time (in stirred air) 7 s

Operating temperature range - 55 to 150 °C

Climatic category acc IEC 60068-1 55/150/56

Minimum dielectric withstanding voltage(tested according to IEC 539 §4.7.2method 1)

500 VRMS

Weight 0.1 g


SAP PART NUMBER 12NCR at 25 °C

(Ω)α at 25 °C

(%/K)R25 Tol.(± %)

B25/85(K)

B25/85 Tol.(± %)

ΔT max. (1) 25 °C to 85 °C

(± °C)

ΔT max. (1) - 40 °C to 125 °C

(± °C)

ΔT max. (1) 125 °C to 150 °C

(± °C)

NTCLE203E3202SB0 2381 640 20202 2060 3.86 1.93 3528 0.50 0.5 1 2

NTCLE203E3222SB0 2381 640 20222 2252 4.39 2.20 3984 0.50 0.5 1 1

NTCLE203E3272SB0 2381 640 20272 2780 4.51 2.20 4090 0.75 0.5 1 1

NTCLE203E3302SB0 2381 640 20302 3000 4.39 2.20 3984 0.50 0.5 1 1

NTCLE203E3502SB0 2381 640 20502 5000 4.39 2.20 3984 0.50 0.5 1 1

NTCLE203E3103SB0 2381 640 20103 10 000 4.39 2.20 3984 0.50 0.5 1 1

NTCLE203E3303SB0 2381 640 20303 30 000 4.30 2.20 3935 0.75 0.5 1 1

www.vishay.com For technical questions, contact: [email protected] Document Number: 2911878 Revision: 20-Aug-09

NTCLE203E3...SB0/2381 640 20...Vishay BCcomponents NTC Thermistors, Radial Leaded,

Automotive Grade

DIMENSIONS in millimetersB T

L

d

L1

F

L2

B 4.2 max.

d 0.5 ± 0.05

L 41 ± 1

L1 6.0 max.

L2 2.0 ± 1.0

F 2.54

T 4.0 max.

RESISTANCE (TEMPERATURE) CHARACTERISTICSPART NUMBER NTCLE203E3202SB0/2381 640 20202

TEMP.(°C) R(T)/R25

RESISTANCE(Ω)

ΔR/R(%)

α(%/K)

ΔTmax.(± °C)

Rmin.(Ω)

Rmax.(Ω)

- 55 61.2426 126 160 6.82 - 6.82 1 117 557 134 762- 50 43.8430 90 317 6.55 - 6.55 1 84 398 96 235- 45 31.7953 65 498 6.3 - 6.3 1 61 371 69 626- 40 23.3421 48 085 6.06 - 6.06 1 45 169 51 000- 35 17.3360 35 712 5.84 - 5.84 1 33 627 37 797- 30 13.0176 26 816 5.62 - 5.62 1 25 308 28 324- 25 9.87717 20 347 5.42 - 5.42 1 19 244 21 450- 20 7.56881 15 592 5.23 - 5.23 1 14 777 16 407- 15 5.85460 12 060 5.05 - 5.05 1 11 452 12 669- 10 4.56918 9412.5 4.87 - 4.87 1 8954.0 9871.1- 5 3.59635 7408.5 4.71 - 4.71 1 7059.8 7757.10 2.85356 5878.3 4.55 - 4.55 1 5610.9 6145.75 2.28163 4700.2 4.4 - 4.4 1 4493.4 4906.9

10 1.83772 3785.7 4.26 - 4.26 1 3624.6 3946.815 1.49054 3070.5 4.12 - 4.12 1 2944.0 3197.020 1.21701 2507.0 3.99 - 3.99 1 2407.0 2607.125 1.00000 2060.0 1.93 - 3.87 0.5 2020.2 2099.830 0.826620 1702.8 1.87 - 3.75 0.5 1671.0 1734.735 0.687330 1415.9 1.81 - 3.63 0.5 1390.2 1441.640 0.574577 1183.6 1.76 - 3.53 0.5 1162.8 1204.545 0.482694 994.35 1.71 - 3.42 0.5 977.36 1011.350 0.407353 839.15 1.66 - 3.32 0.5 825.23 853.0755 0.345226 711.17 1.61 - 3.23 0.5 699.71 722.6360 0.293724 605.07 1.57 - 3.14 0.5 595.60 614.5565 0.250821 516.69 1.52 - 3.05 0.5 508.82 524.5670 0.214918 442.73 1.48 - 2.97 0.5 436.18 449.2975 0.184748 380.58 1.44 - 2.89 0.5 375.10 386.0680 0.159294 328.15 1.4 - 2.81 0.5 323.55 332.7585 0.137738 283.74 1.36 - 2.73 0.5 279.87 287.6190 0.119422 246.01 2.66 - 2.66 1 239.46 252.5695 0.103807 213.84 2.59 - 2.59 1 208.30 219.39

100 0.0904534 186.33 2.53 - 2.53 1 181.62 191.04105 0.0790010 162.74 2.46 - 2.46 1 158.73 166.75110 0.0691519 142.45 2.4 - 2.4 1 139.03 145.88115 0.0606592 124.96 2.34 - 2.34 1 122.03 127.89120 0.0533184 109.84 2.29 - 2.29 1 107.32 112.35125 0.0469578 96.733 2.23 - 2.23 1 94.574 98.891130 0.0414340 85.354 4.36 - 2.18 2 81.635 89.073135 0.0366267 75.451 4.25 - 2.13 2 72.240 78.661140 0.0324340 66.814 4.16 - 2.08 2 64.037 69.590145 0.0287704 59.267 4.06 - 2.03 2 56.860 61.673150 0.0255626 52.659 3.97 - 1.98 2 50.569 54.748


NTCLE203E3...SB0/2381 640 20...NTC Thermistors, Radial Leaded,

Automotive GradeVishay BCcomponents

RESISTANCE (TEMPERATURE) CHARACTERISTICS

TEMP.(°C)

R(T)/R25

PART NUMBERNTCLE203E3222SB0

2381 640 20222

PART NUMBERNTCLE203E3302SB

2381 640 20302


2381 640 20502


2381 640 20103 ΔR/R(%)

α(%/K)

ΔTmax.(± °C)

RESISTANCE(Ω)

RESISTANCE(Ω)

RESISTANCE(Ω)

RESISTANCE(Ω)

- 55 95.3774 214 790 286 132 476 887 953 774 7.37 - 7.37 1.0

- 50 66.4169 149 571 199 251 332 085 664 169 7.11 - 7.11 1.0

- 45 46.8363 105 475 140 509 234 182 468 363 6.86 - 6.86 1.0

- 40 33.4274 75 279 100 282 167 137 334 274 6.63 - 6.63 1.0

- 35 24.1323 54 346 72 397 120 661 241 323 6.41 - 6.41 1.0

- 30 17.6133 39 665 52 840 88 066 176 133 6.19 - 6.19 1.0

- 25 12.9900 29 253 38 970 64 950 129 900 5.99 - 5.99 1.0

- 20 9.67611 21 791 29 028 48 381 96 761 5.79 - 5.79 1.0

- 15 7.27646 16 387 21 829 36 382 72 765 5.61 - 5.61 1.0

- 10 5.52181 12 435 16 565 27 609 55 218 5.43 - 5.43 1.0

- 5 4.22678 9518.7 12 680 21 134 42 268 5.26 - 5.26 1.0

0 3.26242 7347.0 9787.3 16 312 32 624 5.1 - 5.1 1.0

5 2.53814 5715.9 7614.4 12 691 25 381 4.94 - 4.94 1.0

10 1.98969 4480.8 5969.1 9948.5 19897 4.8 - 4.8 1.0

15 1.57113 3538.2 4713.4 7855.6 15711 4.65 - 4.65 1.0

20 1.24927 2813.4 3747.8 6246.4 12493 4.52 - 4.52 1.0

25 1.00000 2252.0 3000.0 5000.0 10000 2.19 - 4.39 0.5

30 0.805596 1814.2 2416.8 4028.0 8056.0 2.13 - 4.26 0.5

35 0.652974 1470.5 1958.9 3264.9 6529.7 2.07 - 4.14 0.5

40 0.532388 1198.9 1597.2 2661.9 5323.9 2.01 - 4.03 0.5

45 0.436527 983.06 1309.6 2182.6 4365.3 1.95 - 3.92 0.5

50 0.359872 810.43 1079.6 1799.4 3598.7 1.9 - 3.81 0.5

55 0.298227 671.61 894.68 1491.1 2982.3 1.85 - 3.71 0.5

60 0.248382 559.36 745.15 1241.9 2483.8 1.8 - 3.61 0.5

65 0.207865 468.11 623.60 1039.3 2078.7 1.75 - 3.51 0.5

70 0.174765 393.57 524.30 873.83 1747.7 1.71 - 3.42 0.5

75 0.147592 332.38 442.78 737.96 1475.9 1.67 - 3.34 0.5

80 0.125180 281.91 375.54 625.90 1251.8 1.62 - 3.25 0.5

85 0.106611 240.09 319.83 533.06 1066.1 1.58 - 3.17 0.5

90 0.0911586 205.29 273.48 455.79 911.59 3.09 - 3.09 1.0

95 0.0782457 176.21 234.74 391.23 782.46 3.02 - 3.02 1.0

100 0.0674111 151.81 202.23 337.06 674.11 2.94 - 2.94 1.0

105 0.0582845 131.26 174.85 291.42 582.85 2.87 - 2.87 1.0

110 0.0505675 113.88 151.70 252.84 505.68 2.81 - 2.81 1.0

115 0.0440186 99.130 132.06 220.09 440.19 2.74 - 2.74 1.0

120 0.0384411 86.569 115.32 192.21 384.41 2.68 - 2.68 1.0

125 0.0336748 75.836 101.02 168.37 336.75 2.62 - 2.62 1.0

130 0.0295881 66.632 88.764 147.94 295.88 2.56 - 2.56 1.0

135 0.0260729 58.716 78.219 130.37 260.73 2.5 - 2.5 1.0

140 0.0230400 51.886 69.120 115.20 230.40 2.45 - 2.45 1.0

145 0.0204152 45.975 61.246 102.08 204.15 2.39 - 2.39 1.0

150 0.0181370 40.845 54.411 90.685 181.37 2.34 - 2.34 1.0



Automotive Grade


TEMP.(°C)

R(T)/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔTmax.(± °C)

Rmin.(Ω)

Rmax.(Ω)

- 55 109.223 303 640 7.57 - 7.57 280 661 326 619

- 50 75.3012 209 337 7.31 - 7.31 1.0 194 035 224 639

- 45 52.5754 146 159 7.06 - 7.06 1.0 135 838 156 481

- 40 37.1560 103 294 6.82 - 6.82 1.0 96 244 110 343

- 35 26.5657 73 853 6.6 - 6.6 1.0 68 981 78 725

- 30 19.2065 53 394 6.38 - 6.38 1.0 49 988 56 800

- 25 14.0347 39 017 6.17 - 6.17 1.0 36 609 41 424

- 20 10.3608 28 803 5.97 - 5.97 1.0 27 083 30 523

- 15 7.72365 21 472 5.78 - 5.78 1.0 20 231 22 713

- 10 5.81188 16 157 5.6 - 5.6 1.0 15 253 17 061

- 5 4.41266 12 267 5.42 - 5.42 1.0 11 602 12 932

0 3.37917 9394.1 5.25 - 5.25 1.0 8900.6 9887.6

5 2.60909 7253.3 5.09 - 5.09 1.0 6883.9 7622.7

10 2.03042 5644.6 4.94 - 4.94 1.0 5365.8 5923.3

15 1.59206 4425.9 4.79 - 4.79 1.0 4213.9 4638.0

20 1.25740 3495.6 4.65 - 4.65 1.0 3333.1 3658.1

25 1.00000 2780.0 2.25 - 4.51 0.5 2717.4 2842.6

30 0.800599 2225.7 2.19 - 4.38 0.5 2177.0 2274.4

35 0.645064 1793.3 2.13 - 4.26 0.5 1755.2 1831.4

40 0.522939 1453.8 2.07 - 4.14 0.5 1423.7 1483.8

45 0.426436 1185.5 2.01 - 4.02 0.5 1161.7 1209.3

50 0.349713 972.20 1.95 - 3.91 0.5 953.22 991.19

55 0.288355 801.63 1.9 - 3.81 0.5 786.40 816.86

60 0.239008 664.44 1.85 - 3.7 0.5 652.16 676.72

65 0.199102 553.50 1.8 - 3.6 0.5 543.54 563.46

70 0.166662 463.32 1.75 - 3.51 0.5 455.20 471.44

75 0.140158 389.64 1.71 - 3.42 0.5 382.99 396.29

80 0.118397 329.14 1.66 - 3.33 0.5 323.67 334.62

85 0.100446 279.24 1.62 - 3.25 0.5 274.72 283.77

90 0.0855723 237.89 3.16 - 3.16 1.0 230.36 245.42

95 0.0731928 203.48 3.09 - 3.09 1.0 197.20 209.76

100 0.0628464 174.71 3.01 - 3.01 1.0 169.45 179.97

105 0.0541637 150.58 2.94 - 2.94 1.0 146.15 155.00

110 0.0468486 130.24 2.87 - 2.87 1.0 126.51 133.97

115 0.0406622 113.04 2.8 - 2.8 1.0 109.88 116.20

120 0.0354108 98.442 2.73 - 2.73 1.0 95.752 101.133

125 0.0309378 86.007 2.67 - 2.67 1.0 83.711 88.303

130 0.0271140 75.377 2.61 - 2.61 1.0 73.411 77.343

135 0.0238349 66.261 2.55 - 2.55 1.0 64.572 67.950

140 0.0210137 58.418 2.49 - 2.49 1.0 56.962 59.873

145 0.0185784 51.648 2.44 - 2.44 1.0 50.390 52.906

150 0.0164705 45.788 2.38 - 2.38 1.0 44.697 46.879


NTCLE203E3...SB0/2381 640 20...NTC Thermistors, Radial Leaded,

Automotive GradeVishay BCcomponents


TEMP.(°C)

R(T)/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔTmax.(± °C)

Rmin.(Ω)

Rmax.(Ω)

- 55 85.2426 2 557 277 5.91 - 7.1 2 406 241 2 708 314

- 50 60.1277 1 803 830 5.6 - 6.87 1.0 1 702 851 1 904 810

- 45 42.8970 1 286 911 5.3 - 6.64 1.0 1 218 665 1 355 156

- 40 30.9401 928 204 5.02 - 6.43 1.0 881 605 974 803

- 35 22.5513 676 539 4.75 - 6.22 1.0 644 409 708 670

- 30 16.6032 498 097 4.49 - 6.03 1.0 475 737 520 457

- 25 12.3427 370 280 4.24 - 5.84 1.0 354 583 385 977

- 20 9.26083 277 825 4 - 5.66 1.0 266 714 288 936

- 15 7.01053 210 316 3.77 - 5.48 1.0 202 390 218 242

- 10 5.35248 160 574 3.55 - 5.31 1.0 154 880 166 269

- 5 4.12014 123 604 3.33 - 5.15 1.0 119 485 127 723

0 3.19651 95 895 3.13 - 5 1.0 92 897 98 894

5 2.49868 74 960 2.93 - 4.85 1.0 72 766 77 155

10 1.96736 59 021 2.74 - 4.71 1.0 57 406 60 636

15 1.55980 46 794 2.55 - 4.58 1.0 45 600 47 988

20 1.24493 37 348 2.37 - 4.44 1.0 36 462 38 234

25 1.00000 30 000 2.2 - 4.32 0.5 29 340 30 660

30 0.808207 24 246 2.37 - 4.2 0.5 23 672 24 820

35 0.657066 19 712 2.53 - 4.08 0.5 19 214 20 210

40 0.537230 16 117 2.68 - 3.97 0.5 15 684 16 550

45 0.441654 13 250 2.84 - 3.86 0.5 12 874 13 625

50 0.364992 10 950 2.98 - 3.76 0.5 10 623 11 276

55 0.303164 9094.9 3.13 - 3.66 0.5 8810.7 9379.1

60 0.253036 7591.1 3.26 - 3.57 0.5 7343.4 7838.8

65 0.212188 6365.6 3.4 - 3.48 0.5 6149.4 6581.9

70 0.178738 5362.2 3.53 - 3.39 0.5 5173.0 5551.3

75 0.151217 4536.5 3.65 - 3.3 0.5 4370.8 4702.2

80 0.128470 3854.1 3.78 - 3.22 0.5 3708.6 3999.6

85 0.109587 3287.6 3.89 - 3.14 0.5 3159.6 3415.6

90 0.0938436 2815.3 4.01 - 3.06 1.0 2702.4 2928.2

95 0.0806646 2419.9 4.12 - 2.99 1.0 2320.2 2519.7

100 0.0695884 2087.7 4.23 - 2.92 1.0 1999.3 2176.0

105 0.0602436 1807.3 4.34 - 2.85 1.0 1728.9 1885.7

110 0.0523305 1569.9 4.44 - 2.78 1.0 1500.1 1639.7

115 0.0456055 1368.2 4.55 - 2.72 1.0 1306.0 1430.4

120 0.0398705 1196.1 4.64 - 2.66 1.0 1140.6 1251.7

125 0.0349633 1048.9 4.74 - 2.6 1.0 999.17 1098.6

130 0.0307507 922.52 4.83 - 2.54 1.0 877.92 967.12

135 0.0271231 813.69 4.93 - 2.48 1.0 773.61 853.78

140 0.0239896 719.69 5.02 - 2.43 1.0 683.59 755.79

145 0.0212750 638.25 5.1 - 2.38 1.0 605.68 670.82

150 0.0189166 567.50 5.19 - 2.32 1.0 538.05 596.94



Automotive Grade

Note(1) Valid for 2381 640 20103

RELIABILITY DATA

TEST DENOMINATION METHOD ΔR25/R25 max.(1)

High temperature storage MIL-STD-202 method 108 ± 1 %

Thermal cycling JESD22 method JA-104 ± 2 %

Operational life MIL-STD-202 method 108 ± 1 %

Soldering heat MIL-STD-202 method 204 ± 3 %

Moisture resistance MIL-STD-202 method 106 ± 1 %

Vibration MIL-STD-202 method 204 ± 1 %

Biased humidity (85 °C, 85 % RH) MIL-STD-202 method 108 ± 2 %

Thermal shock MIL-STD-202 method 107 ± 2 %

Mechanical shocks MIL-STD-202-213 ± 1 %


NTCLE301E4C90059/2381 640 90059Vishay BCcomponents

NTC Thermistors, Long Insulated Leads

FEATURES

• Long and flexible leads for special mounting orassembly requirements

• Insulated leads for prevention of short circuits

• Electrical features of ‘accuracy line’ sensors

• Small diameter

• Old part number was 2322 640 90059


APPLICATIONS• Temperature measurement, sensing and control in

automotive and industrial applications

DESCRIPTIONThese negative temperature ceofficient thermistors consistof a mini-chip soldered between two insulated nickel leadsand coated with ochre-colored epoxy lacquer.


MARKINGThe component is not marked.

MOUNTINGBy soldering in any position.Part can be potted in suitable resins.



Resistance value at:

0 °C 9000 Ω

25 °C 2769 Ω

Tolerance on R25 - value:

0 °C ± 2 %

25 °C ± 3.82 %

B25/85 - value 3977 K


Dissipation factor δ 1.35 mW/K

Minimum dielectric withstanding voltage (RMS) between leads and coating

500 V

Response time 1.25 s


at zero power - 40 °C to + 125 °C

at maximum power 0 °C to + 55 °C


Mass ≈ 0.16 g

2.0 min.2.5 max.

2.0 min.2.5 max.

6.0 ± 1

Ø 0.58 max.

Ø 0.25 5 ± 2

110 ± 3


NTCLE301E4C90059/2381 640 90059Vishay BCcomponents NTC Thermistors, Long

Insulated Leads

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES

TOPER

(°C)RESISTANCE

(Ω)TCR(%/K)

RESISTANCETOLERANCE

(%)

- 40 90 923 6.57 ± 5.60

- 35 65 808 6.35 ± 5.09

- 30 48 141 6.15 ± 4.60

- 25 35 578 5.95 ± 4.13

- 20 26 550 5.76 ± 3.67

- 15 19 998 5.58 ± 3.23

- 10 15 197 5.40 ± 2.81

- 5 11 648 5.24 ± 2.40

0 9000 5.08 ± 2.00

5 7008.6 4.92 ± 2.38

10 5498.8 4.78 ± 2.76

15 4345.1 4.64 ± 3.12

20 3457.2 4.50 ± 3.47

25 2769.0 4.37 ± 3.82

30 2231.7 4.25 ± 4.16

35 1809.6 4.13 ± 4.48

40 1476.0 4.02 ± 4.80

45 1210.6 3.91 ± 5.12

50 998.37 3.80 ± 5.42

55 827.59 3.70 ± 5.72

60 689.46 3.60 ± 6.01

65 577.15 3.51 ± 6.29

70 485.38 3.42 ± 6.57

75 410.02 3.33 ± 6.84

80 347.86 3.25 ± 7.10

85 296.35 3.16 ± 7.36

90 253.47 3.09 ± 7.61

95 217.64 3.01 ± 7.86

100 187.57 2.94 ± 8.10

105 162.24 2.87 ± 8.33

110 140.81 2.80 ± 8.56

115 122.63 2.73 ± 8.79

120 107.14 2.67 ± 9.01

125 93.90 2.61 ± 9.22


NTC Thermistors, Long Lead Sensors

NTCLE...E3...SB/2381 645 10/20....Vishay BCcomponents

FEATURES• Accuracy of 0.5 °C between 0 °C and 50 °C• Small diameter• High stability over a long life• Long and flexible leads for special mounting or

assembly requirements• Old part number was 2322 645 10/20....• Compliant to RoHS directive 2002/95/EC and in



automotive, industrial and consumer electronic equipment

DESCRIPTIONThese negative temperature ceofficient thermistors consistof a mini-chip soldered between two insulated (LE300) ornon-insulated (LE201) nickel leads and coated with a solidochre epoxy lacquer.


MARKINGThe body is colored with ochre lacquer and not marked.





0 °C See Resistance Values table

50 °C See Resistance Values table

B25/85 - value 3977K

Max. ΔT measured between 0 °C and 50 °C ± 0.5 °C

Temperature coefficient See Resistance Values table


Minimum dielectric withstanding voltage (RMS) between leads and coating

500 V

Operating temperature range - 40 °C to + 125 °C


Mass ≈ 0.2 g


(kΩ)B25/85 - VALUE

(K)SAP MATERIAL NO.

NTCLE201E3...12NC ORDERING CODE

2381 645....3 3977 302SB 103025 3977 502SB 10502

10 3977 103SB 10103R25 - VALUE

(kΩ)B25/85 - VALUE

(K)SAP MATERIAL NO.

NTCLE300E3...12NC ORDERING CODE

2381 645....3 3977 302SB 203025 3977 502SB 20502

10 3977 103SB 20103

Component outline for NTCLE201E3.../2381 645 10 series

38 ± 2 8 max.

0.3 ± 0.03

2.4max.

2.4max.

Component outline for NTCLE300E3.../2381 645 20 series

38 ± 2

6 ± 1

8 max.

0.58 max.

0.25 ± 0.025

2.4max.

2.4max.


NTCLE...E3...SB/2381 645 10/20....Vishay BCcomponents NTC Thermistors, Long Lead Sensors

DERATING

0 55 - 40 85 125 Tamb (°C)

100

0

P (%)

- 25


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES

TOPER(°C)

RT/R25ΔT(K)

TCR(%/K)

R25 -VALUE (kΩ)

NTCLE201E3...SB (2381 645 10...) OR NTCLE300E3...SB (2381 645 20...)

302 502 103

- 40 33.21 0.68 6.57 99.63 166.1 332.1- 35 23.99 0.66 6.36 71.97 120.0 239.9- 30 17.52 0.64 6.15 52.56 87.60 175.2- 25 12.93 0.62 5.95 38.79 64.65 129.3- 20 9.636 0.59 5.76 28.91 48.18 96.36- 15 7.250 0.57 5.58 21.75 36.25 72.50- 10 5.505 0.55 5.40 16.51 27.52 55.05- 5 4.216 0.52 5.24 12.65 21.08 42.160 3.255 0.50 5.08 9.766 16.28 32.565 2.534 0.50 4.92 7.602 12.67 25.34

10 1.987 0.50 4.78 5.962 9.936 19.8715 1.570 0.50 4.64 4.710 7.849 15.7020 1.249 0.50 4.50 3.746 6.244 12.4925 1.000 0.50 4.37 3.000 5.000 10.0030 0.8059 0.50 4.25 2.418 4.030 8.05935 0.6535 0.50 4.13 1.960 3.267 6.53540 0.5330 0.50 4.02 1.599 2.665 5.33045 0.4372 0.50 3.91 1.312 2.186 4.37250 0.3605 0.50 3.80 1.082 1.803 3.60655 0.2989 0.55 3.70 0.8966 1.494 2.98960 0.2490 0.61 3.60 0.7470 1.245 2.49065 0.2084 0.66 3.51 0.6253 1.042 2.08470 0.1753 0.72 3.42 0.5259 0.8765 1.75375 0.1481 0.77 3.33 0.4443 0.7405 1.48180 0.1256 0.83 3.25 0.3769 0.6282 1.25685 0.1070 0.89 3.16 0.3211 0.5352 1.07090 0.09154 0.95 3.09 0.2746 0.4577 0.915495 0.07860 1.02 3.01 0.2358 0.3930 0.7860

100 0.06773 1.08 2.94 0.2032 0.3387 0.6773105 0.05858 1.14 2.87 0.1757 0.2929 0.5858110 0.05083 1.21 2.80 0.1525 0.2542 0.5083115 0.04426 1.27 2.73 0.1328 0.2213 0.4426120 0.03866 1.34 2.67 0.1160 0.1933 0.3866125 0.03387 1.41 2.61 0.1016 0.1694 0.3387


NTC Thermistors, Long Non-Insulated Leads

NTCLE201E3C90028/2381 645 90028Vishay BCcomponents

FEATURES• Long and flexible leads for special mounting or

assembly requirements

• Fast response time of less then 0.5 s

• Small diameter



APPLICATIONS• Temperature measurement, sensing and control

DESCRIPTIONThese negative temperature coefficient thermistors consistof a mini-chip soldered between two tinned solid nickel leads.The body of the device is coated with an ochre colored epoxylacquer.

PACKAGINGThe thermistors are packed in cardboard boxes; each boxcontaining 1000 units (10 plastic bags, each containing100 units).

MARKINGThe thermistor body has no marking.


Not suitable for potted application.

DIMENSIONS in millimeters DERATING


Resistance value at 25 °C 10 kΩ


B25/100 - value 3993 K



Response time 0.45 s

Dissipation factor τ 1.4 mW/K


at zero dissipation - 40 °C to + 125 °C

at maximum dissipation 0 °C to + 55 °C

Weight ≈ 0.16 g

2.5 max.

Ø 0.3± 0.03

8.0max.

2.5 max.

110± 5.0

0 55- 40 85 125Tamb (°C)

100

0

P(%)



NTCLE201E3C90028/2381 645 90028Vishay BCcomponents NTC Thermistors, Long Non-Insulated Leads

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURESTOPER(°C)

RESISTANCE(kΩ)

TCR(%/K)

RESISTANCE TOLERANCE(%)

- 40 328.4 6.57 ± 9.5

- 35 237.7 - -

- 30 173.9 6.15 ± 8.7

- 25 128.5 - -

- 20 95.89 5.76 ± 7.9

- 15 72.23 - -

- 10 54.89 5.40 ± 7.2

- 5 42.07 - -

0 32.51 5.08 ± 6.5

5 25.31 - -

10 19.86 4.78 ± 5.9

15 15.69 - -

20 12.49 4.50 ± 5.3

25 10.00 4.37 ± 5.0

30 8.060 4.25 ± 5.3

35 6.536 - -

40 5.331 4.02 ± 5.8

45 4.372 - -

50 3.606 3.80 ± 6.3

55 2.989 - -

60 2.490 3.60 ± 6.8

65 2.085 - -

70 1.753 3.42 ± 7.2

75 1.481 - -

80 1.256 3.25 ± 7.6

85 1.070 - -

90 0.9155 3.09 ± 8.0

95 0.7861 - -

100 0.6775 2.94 ± 8.4

105 0.5860 - -

110 0.5086 2.80 ± 8.8

115 0.4429 - -

120 0.3870 2.67 ± 9.2

125 0.3392 - -


NTCLE305E4…SBVishay BCcomponents

NTC Thermistors, Micro Chip Sensor Insulated Leads

FEATURES

• Flexible insulated leads for special mounting orassembly

• Miniature sized very fast reacting

• Accurate over a wide temperature range


• Exceptional withstanding in thermal shocks



• Fulfils the ELV 2000/53/EC


automotive and industrial applications

DESCRIPTIONThese negative temperature coefficient thermistors consistof a micro NTC chip with two insulated solid silver platednickel wires and coated with a ochre-colored epoxy lacquer.

PACKAGINGThe thermistors are packed in cardboard boxes; the smallestpacking quantity is 1000 pieces.

MARKINGThe components are not marked.

DESIGN IN SUPPORTR(T) tables spreadsheet available on request [email protected].

MOUNTINGBy soldering or welding in any position.The parts can be potted in suitable resins.

Notes(1) Other R25 and B-values available on request.(2) ΔT is the temperature measurement accuracy in the defined temperature ranges.

QUICK REFERENCE DATAPARAMETER VALUE UNIT

Resistance value at 25 °C

2060 to 10 000 Ω

Accuracy of temperature measurement

± 0.5 between 25 and 85± 1.0 between - 40 and + 125

°C

B25/85 - value 3511 to 3984 K

Tolerance on B25/85 ± 0.5 to ± 1 %


Dissipation factor δ (in still air)

≈ 0.8 mW/K

Response time(in stirred air) (in oil)

≈ 3≈ 0.7

s

Operating temperaturerange

- 40 to 125 °C


Minimum dielectric withstanding voltage between leads andcoated body (tested according to IEC 60539 §4.7.2method 1)

100 VRMS

Weight 0.05 g


SAP PART ANDORDERING NUMBER

R25 (1)

(Ω)

α(25 °C)(%/K)

R25 Tol.(%)

B25/85 (1)

(K)B25/85 Tol.

(%)

ΔTmax. (2)

25 to 85 (°C)

ΔTmax. (2)

- 40 to 125(°C)

NTCLE305E4202SB 2060 - 3.85 1.93 3511 1.0 ± 0.5 ± 1

NTCLE305E4502SB 5000 - 4.39 2.2 3984 0.5 ± 0.5 ± 1

NTCLE305E4103SB 10 000 - 4.39 2.2 3984 0.5 ± 0.5 ± 1


NTCLE305E4…SBVishay BCcomponents NTC Thermistors, Micro Chip

Sensor Insulated Leads


Note• R(T) table spreadsheet available on request at [email protected]

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURESSAP PART AND ORDERING NUMBER: NTCLE305E4202SB

TEMPERATURE(°C) RT/R25

RESISTANCE(Ω)

ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 22.975 47 326 6.03 - 6.03 1.0 45 284 49 369- 35 17.089 35 203 5.81 - 5.81 1.0 33 796 36 610- 30 12.851 26 473 5.60 - 5.60 1.0 25 496 27 449- 25 9.7647 20 115 5.39 - 5.39 1.0 19 431 20 798- 20 7.4928 15 435 5.20 - 5.20 1.0 14 954 15 915- 15 5.8033 11 954 5.02 - 5.02 1.0 11 615 12 294- 10 4.5348 9341.4 4.85 - 4.85 1.0 9100.2 9582.6- 5 3.5736 7361.4 4.68 - 4.68 1.0 7189.8 7532.90 2.8388 5847.7 4.53 - 4.53 1.0 5725.6 5969.95 2.2724 4680.9 4.38 - 4.38 1.0 4594.1 4767.8

10 1.8323 3774.3 4.24 - 4.24 1.0 3712.8 3835.815 1.4877 3064.4 4.10 - 4.10 1.0 3021.1 3107.720 1.2159 2504.6 3.97 - 3.97 1.0 2474.5 2534.725 1.0000 2060.0 1.92 - 3.85 0.5 2039.4 2080.630 0.82743 1704.4 1.86 - 3.73 0.5 1684.1 1724.835 0.68863 1418.5 1.81 - 3.62 0.5 1398.9 1438.240 0.57617 1186.9 1.75 - 3.51 0.5 1168.2 1205.545 0.48445 997.92 1.70 - 3.41 0.5 980.48 1015.450 0.40917 842.86 1.65 - 3.31 0.5 826.67 859.0455 0.34704 714.88 1.61 - 3.21 0.5 699.96 729.8060 0.29550 608.71 1.56 - 3.12 0.5 595.01 622.4065 0.25253 520.19 1.52 - 3.04 0.5 507.67 532.7170 0.21654 446.06 1.48 - 2.95 0.5 434.64 457.4775 0.18627 383.71 1.44 - 2.87 0.5 373.32 394.1080 0.16072 331.07 1.40 - 2.79 0.5 321.63 340.5185 0.13907 286.46 1.36 - 2.72 0.5 277.89 295.0490 0.12065 248.53 2.65 - 2.65 1.0 240.76 256.3195 0.10494 216.17 2.58 - 2.58 1.0 209.12 223.22

100 0.091500 188.48 2.52 - 2.52 1.0 182.09 194.87105 0.079963 164.72 2.45 - 2.45 1.0 158.93 170.51110 0.070035 144.27 2.39 - 2.39 1.0 139.02 149.52115 0.061469 126.62 2.33 - 2.33 1.0 121.86 131.38120 0.054060 111.36 2.28 - 2.28 1.0 107.05 115.67125 0.047637 98.128 2.22 - 2.22 1.0 94.215 102.04

1.6 max.

1.6 max.

41.0 ± 1.0

5.0 ± 1.05.0 ± 1.0

0.2 ± 0.01 0.4 max.


NTCLE305E4…SBNTC Thermistors, Micro Chip

Sensor Insulated LeadsVishay BCcomponents



TEMPERATURE(°C)

RT/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.

(Ω)Rmax.

(Ω)

- 40 33.427 167 137 6.63 - 6.63 1.0 156 057 178 217

- 35 24.132 120 661 6.41 - 6.41 1.0 112 932 128 390

- 30 17.613 88 066 6.19 - 6.19 1.0 82 613 93 519

- 25 12.990 64 950 5.99 - 5.99 1.0 61 061 68 839

- 20 9.6761 48 381 5.79 - 5.79 1.0 45 577 51 184

- 15 7.2765 36 382 5.61 - 5.61 1.0 34 342 38 423

- 10 5.5218 27 609 5.43 - 5.43 1.0 26 110 29 108

- 5 4.2268 21 134 5.26 - 5.26 1.0 20 022 22 246

0 3.2624 16 312 5.10 - 5.10 1.0 15 480 17 144

5 2.5381 12 691 4.94 - 4.94 1.0 12 063 13 318

10 1.9897 9948.5 4.80 - 4.80 1.0 9471.4 10 426

15 1.5711 7855.6 4.65 - 4.65 1.0 7490.1 8221.2

20 1.2493 6246.4 4.52 - 4.52 1.0 5964.2 6528.5

25 1.0000 5000.0 2.19 - 4.39 0.5 4890.5 5109.5

30 0.80560 4028.0 2.13 - 4.26 0.5 3942.3 4113.7

35 0.65297 3264.9 2.07 - 4.14 0.5 3197.4 3332.4

40 0.53239 2661.9 2.01 - 4.03 0.5 2608.4 2715.4

45 0.43653 2182.6 1.95 - 3.92 0.5 2140.0 2225.3

50 0.35987 1799.4 1.90 - 3.81 0.5 1765.1 1833.6

55 0.29823 1491.1 1.85 - 3.71 0.5 1463.5 1518.7

60 0.24838 1241.9 1.80 - 3.61 0.5 1219.5 1264.3

65 0.20787 1039.3 1.75 - 3.51 0.5 1021.1 1057.6

70 0.17477 873.83 1.71 - 3.42 0.5 858.89 888.76

75 0.14759 737.96 1.67 - 3.34 0.5 725.67 750.25

80 0.12518 625.90 1.62 - 3.25 0.5 615.74 636.06

85 0.10661 533.06 1.58 - 3.17 0.5 524.62 541.49

90 0.0911586 455.79 3.09 - 3.09 1.0 441.70 469.89

95 0.0782458 391.23 3.02 - 3.02 1.0 379.42 403.03

100 0.067411 337.06 2.94 - 2.94 1.0 327.13 346.98

105 0.0582844 291.42 2.87 - 2.87 1.0 283.05 299.80

110 0.0505676 252.84 2.81 - 2.81 1.0 245.74 259.94

115 0.0440186 220.09 2.74 - 2.74 1.0 214.06 226.13

120 0.0384412 192.21 2.68 - 2.68 1.0 187.06 197.35

125 0.0336748 168.37 2.62 - 2.62 1.0 163.97 172.78


NTCLE305E4…SBVishay BCcomponents NTC Thermistors, Micro Chip

Sensor Insulated Leads



TEMPERATURE(°C)

RT/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.

(Ω)Rmax.

(Ω)

- 40 33.427 334 274 6.63 - 6.63 1 312 114 356 434

- 35 24.132 241 323 6.41 - 6.41 1 225 865 256 781

- 30 17.613 176 133 6.19 - 6.19 1 165 226 187 039

- 25 12.990 129 900 5.99 - 5.99 1 122 121 137 679

- 20 9.6761 96 761 5.79 - 5.79 1 91 155 102 367

- 15 7.2765 72 765 5.61 - 5.61 1 68 684 76 845

- 10 5.5218 55 218 5.43 - 5.43 1 52 219 58 217

- 5 4.2268 42 268 5.26 - 5.26 1 40 044 44 492

0 3.2624 32 624 5.10 - 5.10 1 30 961 34 288

5 2.5381 25 381 4.94 - 4.94 1 24 127 26 636

10 1.9897 19 897 4.80 - 4.80 1 18 943 20 851

15 1.5711 15 711 4.65 - 4.65 1 14 980 16 442

20 1.2493 12 493 4.52 - 4.52 1 11 928 13 057

25 1.0000 10 000 2.19 - 4.39 0.5 9781.0 10 219

30 0.80560 8056.0 2.13 - 4.26 0.5 7884.6 8227.3

35 0.65297 6529.7 2.07 - 4.14 0.5 6394.8 6664.7

40 0.53239 5323.9 2.01 - 4.03 0.5 5216.9 5430.9

45 0.43653 4365.3 1.95 - 3.92 0.5 4280.0 4450.6

50 0.35987 3598.7 1.90 - 3.81 0.5 3530.3 3667.2

55 0.29823 2982.3 1.85 - 3.71 0.5 2927.1 3037.5

60 0.24838 2483.8 1.80 - 3.61 0.5 2439.1 2528.6

65 0.20787 2078.7 1.75 - 3.51 0.5 2042.2 2115.1

70 0.17477 1747.7 1.71 - 3.42 0.5 1717.8 1777.5

75 0.14759 1475.9 1.67 - 3.34 0.5 1451.3 1500.5

80 0.12518 1251.8 1.62 - 3.25 0.5 1231.5 1272.1

85 0.10661 1066.1 1.58 - 3.17 0.5 1049.2 1083.0

90 0.091159 911.59 3.09 - 3.09 1 883.39 939.78

95 0.078246 782.46 3.02 - 3.02 1 758.85 806.07

100 0.067411 674.11 2.94 - 2.94 1 654.26 693.96

105 0.058285 582.85 2.87 - 2.87 1 566.09 599.60

110 0.050568 505.68 2.81 - 2.81 1 491.48 519.87

115 0.044019 440.19 2.74 - 2.74 1 428.12 452.25

120 0.038441 384.41 2.68 - 2.68 1 374.12 394.71

125 0.033675 336.75 2.62 - 2.62 1 327.93 345.56


M, C, TVishay Dale

NTC Thermistors, Radial Leaded and Coated

FEATURES• Small size - conformally coated

• Wide resistance range

• Available in 11 different R-T curves

• Available in point matched and curve tracking precision down to ± 0.2 °C

DESCRIPTIONModels M, C, and T are conformally coated, leaded thermistors for standard PC board mounting or assembly in probes.The coating is baked-on phenolic for durability and long-term stability. Models M and C have tinned solid copper leads.Model T has solid nickel wires with Teflon® insulation to provide isolation when assembled in metal probes or housings.

DIMENSIONS in inches (millimeters)

PRODUCT TYPE WIRE GAUGE/DIAMETER

Type M AWG 30: 0.0100 (0.254)

Type C AWG 28: 0.0126 (0.320)

Type T AWG 30: 0.0100 (0.254)

TINNED COPPER WIRE TEFLON INSULATED NICKEL WIRE

BODY DIA.MAX.

0.25 (6.35) NOM.

1.5 (36.1) MIN.CLEAN LEAD LENGTH

BODY DIA.MAX.

3 ± 0.25 (76.2 ± 6.4)

0 1 2C 0 0 FS1

GLOBAL PART NUMBER INFORMATIONGlobal Part Numbering: 01C2001FP for POINT MATCHED THERMISTORS

Global Part Numbering: 01C2001SPC3 for CURVE TRACKING THERMISTORS

Note(1) See following pages for tolerance explanations and details.

0 1 2C 0 0 FF1

CURVE0102030407080912131417

GLOBAL MODELCMT

RESISTANCE VALUE2001 = 2K

POINT MATCH TOLERANCEF = ± 1 %J = ± 5 %

K = ± 10 %

PACKAGINGF = Lead (Pb)-free, bulk

P = Tin/Lead, bulk

C 3

CURVE010204080917

GLOBAL MODELCMT

RESISTANCE VALUE2001 = 2K

PACKAGINGF = Lead (Pb)-free, bulk

P = Tin/Lead, bulk

CURVE TRACK TOLERANCE (1)

A2B2C2A3B3C3A4B4A5B5C5A8B8C8

CHARACTERISTICSS


M, C, TVishay Dale NTC Thermistors, Radial Leaded and Coated

SELECTION GUIDE FOR TYPE M, C, AND T THERMISTORSR25(Ω)

CURVE NUMBER1 2 3 4 7 8 9 12 14 17

27 •MAXIMUM BODY DIAMETER

33 ••50 ••• • 0.125 [3.2]56 •••68 • ••• •• 0.110 [2.8]82 •• •••

100 •• ••• ••• 0.095 [2.4]120 •• •••150 ••• •••180 ••• •••220 ••• •••270 •••330 • •••390 •• •••

DISSIPATION CONSTANT470 •• •••500 •• •••

2 mW/°C to 3 mW/°C560 •• •••680 •••820 •••1K •••

THERMAL TIME CONSTANT1.2K •••1.5K •••

6 s to 14 s1.8K • •••2.2K • •••2.7K •• •••3.3K •• •••3.9K •••4.7K •••

Notes5K •••

5.6K ••• 1. Intermediate resistance values betweenthe standard value series are available.Size would be the same as the colorgrouping.

6.8K ••• •8.2K ••• • •10K ••• • •• ••12K ••• • •• ••15K ••• •• ••• ••• 2. Other body diameter available. Bead

diameter increases as Res. decreases.(consult factory)

18K ••• •• ••• •••22K •• ••• •••27K •• • • ••• •••33K ••• • •• ••• ••• 3. Leaded series of thermistors includes

additional styles: (consult factory)39K ••• •• •• ••• •••47K ••• •• ••• ••• •••50K ••• •• ••• ••• ••• Type B: 26AWG Lead, 0.0159 [0.40]

Type F: 32AWG Lead, 0.008 [0.20]Type E: 24AWG Lead, 0.020 [0.51]Type D: 22AWG Lead, 0.025 [0.64]Type G: 20AWG Lead, 0.032 [0.81]Type H: 18AWG Lead, 0.040 [1.02]

56K ••• ••• ••• •••68K ••• ••• •••82K ••• ••• •••

100K ••• ••• •••120K ••• •••150K ••• •••180K ••• •••220K ••• •••270K •••330K •390K ••470K ••500K •••560K •••680K •••820K •••1M •••


M, C, TNTC Thermistors, Radial Leaded and Coated Vishay Dale

TOLERANCES AVAILABLE FOR TYPE M, C AND T THERMISTORS

DESCRIPTION OF THERMISTOR TOLERANCES

The many applications of thermistors have mandated the need for two basic tolerance schemes for these products - curvetracking and point match thermistors. An example of the resistance tolerance at various temperatures for the two differenttolerancing methods is described in the following graph:

CURVE TRACKING TOLERANCE

Thermistors are calibrated at the high temperature of the curve track range and then final tested at the low temperature ofthe curve track range. This ensures that the thermistor will meet the specified temperature accuracy at every temperature withinthe desired temperature range. Several temperature ranges are available and the accuracy of the thermistor may be ± 0.2 °C,± 0.5 °C, and ± 1.0 °C. The curve tracking temperature ranges and their code designators are shown in figure 1 and table 1.

To specify, add the appropriate suffix from the following table to the part number.

Example: 01M1002SFB3 = Curve 1, 10 kΩ at + 25 °C, curve tracking to ± 0.5 °C from 0 °C to + 70 °C

STANDARD ELECTRICAL SPECIFICATIONS FOR CURVE TRACKING THERMISTORS

TEMP. RANGE

0 °C to + 70 °C - 20 °C to + 50 °C 0 °C to + 100 °C 25 °C to + 90 °C 0 °C to + 50 °C

TOLERANCE ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C

PART NO. SUFFIX

- A3 - B3 - C3 - A2 - B2 - C2 - A4 - B4 - C4 - A5 - B5 - C5 - A8 - B8 - C8

CU

RV

E

01 X X X X X X X X N/A X X X X X X





TO

LE

RA

NC

E (

± %

)

TEMPERATURE (°C)

± 5 % POINT MATCH CURVE

± 1 °C CURVE TRACK CURVE25 °C

10

9

8

7

6

5

4

3

2

1

0

- 50

- 40

- 30

- 20

- 10 0 10 20 30 40 50 60 70 80 90 10

0

110

120

130

140

150

A5A4

A2A8

A3


M, C, TVishay Dale NTC Thermistors, Radial Leaded and Coated

POINT MATCH TOLERANCE

The standard leaded thermistors are calibrated and tested at 25 °C to a tolerance of ± 5 % or ± 10 %; however, tighter tolerance,point matched thermistors are readily available as are special point match temperatures to fit your application.

Since these thermistors have only one controlled point of reference (the point match temperature), the resistance at othertemperatures is given by the “Resistance vs. Temperature Conversion Tables” for the appropriate material curve. The resistancevalue at any temperature is the ratio factor times the resistance at 25 °C. The resistance vs. temperature conversion tables canbe found at: www.vishay.com/doc?33004 and www.vishay.com/doc?33011.

Example: 09M1002JF, + 70 °C resistance = (Resistance factor for curve 9 at 70 °C is 0.1990) x (10 000 Ω resistance at 25 °C)= 1990 Ω.

The tolerance of the resistance at any temperature is described by figure 2.

FIGURE 2

POINT MATCH TOLERANCES VS. TEMPERATURE

Point match resistance tolerances at temperatures otherthan 25 ºC are not the same as the calibration temperature.This difference is presented in figure 2.

The tolerance at any given temperature is the point matchtolerance + the MT ± % (manufacturing tolerance).

The MT ± % may be obtained from the R vs. T conversiontables (see www.vishay.com/doc?33004) and is added to thepoint match temperature, i.e., ± 1 % Tol. at 25 ºC + ± 2.6 %at - 30 ºC for Curve 1 equals a total tolerance of ± 3.6 % at- 30 ºC.

COMPUTER AIDS FOR THERMISTOR SELECTION

A spreadsheet is available for the Vishay thermistor materials that calculates beta, Steinhart-Hart equation constants A, B, andC, the resistance at any temperature based upon the Steinhart constants or beta, the temperature equivalent of the resistancereading, and resistance temperature coefficients.

This spread sheet will also calculate the total resistance tolerance of any point matched thermistor for temperatures in 10 ºCincrements, and the resistance tolerance at any temperature within the calibrated range of curve tracking thermistors. Pleasecontact factory if interested in this Excel™ spreadsheet at [email protected].

25 °C

NOMINAL R vs. T

MAX. R vs. T

MIN. R vs. T

PIVOT POINT(CALIBRATION TEMPERATURE)

TEMPERATURE

RE

SIS

TA

NC

E

Contents

Global Part NumberingInformation ............................ 98

NTCLE400, NTCLS100,NTCLP100/2381 641 ..... ..... 101

NTCASCWE3.../2381 640 7... ........................ 106

NTCAIMME3C90042/2381 640 90042 ................... 107

NTCAPIP...101 Series ......... 109

NTCAIMME3C90080/2381 645 90080 ................... 111

NTCACAP Series for Refrigerator ..................... 114

NTCAFLEX... Series ............. 116

NTCASRFE3C90406 for Ice Cube Maker................ 119

NTCALUG03 Mini Lug Series ................................... 121

NTCALUGE2C90169/2381 645 90169 ................... 127

NTCALUG02 Series ............. 128

NTCAssemblies

NTC Assemblies 1


www.vishay.com For technical questions, contact: [email protected] Document Number: 3303598 Revision: 05-Sep-07

GENERAL ORDER INFORMATION

PART NUMBER: NTC L P100 E3 103 H

PRODUCTFAMILY

EXECUTION TYPERoHS COMPLIANCETERMINATION TYPE

R25 VALUETOLERANCE

ON R25

NTC L = Leaded E400 = Epoxy,

PVC AWG24,80 °C

S100 = Sleeved,

PVC AWG24,80 °C

P100 = Pipe,

PVC AWG24,80 °C

E2: Sn alloyE3: Pure Sn

E4: SilverCL: Not RoHS

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


H = 3 %


2381 641 4 6 103

RoHS COMPLIANCE EXECUTION TYPE TOLERANCEON R25

R25 VALUE

2381 = Yes2322 = No

641 = Insulated leads,standard PVC series

2 = Epoxy, PVC AWG24,

80 °C

3 = Sleeved,PVC AWG24,

80 °C

4 = Pipe,PVC AWG24,

80 °C

6 = 3 % 103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


L PCTN 1 0 0 E 3 1 0 3 H



NTC Assemblies 2

EXAMPLES:

NTC A SCW E3 103 J NTC assemblies screw type e3 termination 10 kΩ 5 %

NTC A CAP E3 C90066 NTC assemblies plastic cap type e3 customized

GENERAL ORDER INFORMATION

PART NUMBER: NTC A SCW E3 103 J

PRODUCTFAMILY

EXECUTIONRoHS COMPLIANCETERMINATION TYPE

R25 VALUETOLERANCE

ON R25

NTC A = Assemblies E2 = Sn alloyE3 = Pure Sn

E4 = SilverCL = Not RoHS

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω

See spec. for values

F = 1 %G = 2 %H = 3 %J = 5 %K = 10 %

TYPE

IMM = Immersion type CAP = Plastic capLUG = Lug, ring tongue (refer to page 2)SCW = ScrewPIP = PipeEPX = EpoxyKIT = Kit, grouping of sensorsSRF = Surface sensorsSLV = SleeveSPE = Special

Cxxxxx = Customized


2381 640 7 3 103

RoHS COMPLIANCE EXECUTION TYPE TOLERANCEON R25

R25 VALUE

2381 = Yes2322 = No

640 = Standard NTC assemblies

641 = NTC insulated leads,

customized PVC series

645 = NTC assemblies,

sensors

7 = Screw type

9..... = Customized

5 = 1 %4 = 2 %6 = 3 %3 = 5 %2 = 10 %

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 100 Ω108 = 10 x 10-1 Ω


C ATN S C W E 3 1 0 3 J

Global Part Numbering InformationVishay BCcomponents NTC Assemblies 2


Note(1) AWG = American wire gage, TPC = Tin plated copper, SPNi = Silver plated nickel

EXAMPLES:NTC A LUG03A 103 H NTC Mini LUG 10K 3 % 70 mm (standard length)NTC A LUG03A 103 H 201 NTC Mini LUG 10K 3 % 200 mmNTC A LUG E2 C90169 NTC LUG customized

GENERAL ORDER INFORMATIONPART NUMBER: NTC A LUG E3 C90169

PRODUCTFAMILY

EXECUTION TYPE TERMINATION CUSTOMIZED

NTC A = Assemblies LUG = Lug ring tongue terminal

e2 = Sn alloye3 = Sn

e4 = Pure metal other than Sn

Cxxxxx

PART NUMBER: NTC A LUG03A 103 H 151 C

PRODUCTFAMILY

EXECUTIONLUG SIZE AND CABLE TYPE

R25 VALUETOLERANCE

ON R25

LEAD LENGTH‘abc’

OPTIONAL

NTC A = Assemblies

See table below

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 100 Ω


F = ± 1 %G = ± 2 %H = ± 3 %J = ± 5 %

‘abc’ = Blank: Standard length‘abc’ = ab x 10c (in millimeters)

Examples:520 = 52 x 100 = 52 mm

251 = 25 x 101 = 250 mm152 = 15 x 102 = 1500 mm

...

x = BlankC =

With connector

Cxxxxx = Customized

LUG SIZE AND CABLE TYPE

TYPE

STUD SCREW

SIZE(METRIC)

STUD SCREW

SIZE(INCH)

HOLE Ø(mm)

WIDTH(mm)

LENGTH(mm)

APPLICABLEWIRE SIZE

CONDUCTORSIZE (1)

INSULATIONTYPE

CABLEINSULATION Ø

(mm)

LUG01A 3.5 5 to 6 3.70 7.20 15.70 awg#30 to awg#24

awgt#24TPC PTFE 1.12

LUG01B 3.5 5 to 6 3.70 7.20 15.70 awg#30 to awg#24

awgt#30TPC

UL2651PVC 1.00

LUG91A M4 8 4.30 7.20 15.70 awg#30 to awg#24

awgt#24TPC PTFE 1.12

LUG02A 3.5 5 to 6 3.70 8.50 16.80 awg#30 to awg#26

awgt#30SPNi PEEK 0.56

LUG03AMINI LUG M2 1 to 2 2.20 5.50 11.50 awg#32 awgt#32

SPNi PEI 0.35

LUG39AMINI LUG M3 3 to 4 3.20 5.50 11.50 awg#32 awgt#32

SPNi PEI 0.35

LUG04A 3.5 5 to 6 3.70 7.20 15.70 awg#30 to awg#24

Ø 0.50TPNi N/A N/A

C ATN L U G E 3 C 9 0 1 6 9

C ATN L U G 0 3 A 1 0 3 1H 1 5 C

NTCLE400, NTCLS100, NTCLP100/2381 641 .....Vishay BCcomponents

NTC Thermistors, Special Long Lead Sensors


Notes(1) Response time in silicone oil MS 200/50. This is the time needed


(2) Wire length and wire type are optional on request. The productscan be provided with a connector on request.

(3) Tighter tolerances on R25 are available upon request.

FEATURES• Accurate over wide temperature range• High stability

• Excellent price/performance ratio

• High adhesive strength between PVC wire andthe encapsulating laquer

• Old part number was 2322 641 2/3/4....• Compliant to RoHS directive 2002/95/EC and in


APPLICATIONSTemperature measurement, sensing and control in remotelocations and for various environmental conditions.

DESCRIPTIONThese sensors exist of a small NTC chip reflow solderedbetween two AWG24 UL-2468 wires. They are lacqueredand insulated with black epoxy (NTCLE/641-2 type), sleeved(NTCLS/641-3 type) or potted into a brass pipe(NTCLP/641-4 type).

MARKINGUL mark on wire, no mark on body.

PACKAGINGThe thermistors are packed in cardboard boxes; each boxcontaining 500 pieces.

DESIGN-IN SUPPORTAlso available with UL-2651 PVC 105 °CFor complete curve computation, visit:www.vishay.com/thermistors/curve-computation-list/

MOUNTINGBy soldering or clamping the wire ends, in any position. Bodycan be inserted or taped attached. Not intended for fluidimmersed applications.

Notes(4) Other values based on the NTCC100E4.... series are available on request.(5) The specified catalog numbers refer to products with L = 400 mm, without connector and adopt UL-2468.AWG24 wire.

QUICK REFERENCE DATAPARAMETER VALUE UNITResistance value at 25 °C (R25) 2.2 to 100 kΩTolerance on R25 - value (3) ± 3 %Tolerance on B25/85 - value ± 1.5 or ± 0.75 %B25/85 - value 3977 to 4190 KMaximum dissipation 250 mWDissipation factor:NTCLE400... 6.0 mW/KNTCLS100... 8.0 mW/KNTCLP100... 6.0 mW/K

Response time (1):NTCLE400... ≈ 7 sNTCLS100... ≈ 15 sNTCLP100... ≈ 10 s

Operating temperature range:at zero dissipation (continuously) - 40 to + 85 °C

at maximum dissipation 0 to + 50 °CClimatic category 40/085/56WeightNTCLE400... ≈ 4 gNTCLS100... ≈ 6 gNTCLP100... ≈ 6 g


R25(kΩ) B25/85 - VALUE

SAP PART AND ORDERING NUMBER (4)(5) 12NC NUMBER 2381 641 .....EPOXYTYPE

SLEEVEDTYPE

PIPETYPE

EPOXY-COATEDTYPE

SLEEVEDTYPE

BRASS-PIPETYPE

2.2 3977K ± 0.75 % NTCLE400E3222H NTCLS100E3222H NTCLP100E3222H 26222 36222 462224.7 3977K ± 0.75 % NTCLE400E3472H NTCLS100E3472H NTCLP100E3472H 26472 36472 464725 3977K ± 0.75 % NTCLE400E3502H NTCLS100E3502H NTCLP100E3502H 26502 36502 46502

10 3977K ± 0.75 % NTCLE400E3103H NTCLS100E3103H NTCLP100E3103H 26103 36103 4610347 4090K ± 1.5 % NTCLE400E3473H NTCLS100E3473H NTCLP100E3473H 26473 36473 46473

100 4190K ± 1.5 % NTCLE400E3104H NTCLS100E3104H NTCLP100E3104H 26104 36104 46104


NTCLE400, NTCLS100, NTCLP100/2381 641 .....Vishay BCcomponents NTC Thermistors, Special Long

Lead Sensors


DERATING

Epoxy-coated type 2381 641 2..../NTCLE400E....

L = 400 mm + 15/- 0Other wire lengths available on request.

L

6 max.

17 ± 3

5 ± 2


L

8 max.

25 ± 5

15 max.

5 ± 2

Sleeved type 2381 641 3..../NTCLS100E....


6 ± 0.1

25 ± 0.5

L

5 ± 2

Brass-pipe type 2381 641 4..../NTCLP100E....

Power derating curve.

0 55- 40 85 125Tamb (°C)

100

0

P(%)

NTCLE400, NTCLS100, NTCLP100/2381 641 .....NTC Thermistors, Special Long

Lead SensorsVishay BCcomponents


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.2 kΩ, 4.7 kΩ, 5.0 kΩ AND 10 kΩ

TOPER(°C)

PART NR.NTCL**00E3222H

2381 641 *6222


2381 641 *6472


2381 641 *6502


2381 641 *6103 ΔR/R (%)

TCR(%/K)

ΔTmax.(± K)

RT(Ω)

RT(Ω)

RT(Ω)

RT(Ω)

- 40 73 061 156 084 166 047 332 094 5.87 - 6.62 0.89

- 35 52 778 112 753 119 950 239 900 5.60 - 6.39 0.88

- 30 38 544 82 344 87 600 175 200 5.33 - 6.18 0.86

- 25 28 443 60 765 64 643 129 287 5.08 - 5.98 0.85

- 20 21 199 45 288 48 179 96 358 4.83 - 5.78 0.84

- 15 15 950 34 075 36 250 72 500 4.60 - 5.60 0.82

- 10 12 110 25 872 27 523 55 046 4.37 - 5.42 0.81

- 5 9275 19 814 21 078 42 157 4.15 - 5.25 0.79

0 7162 15 300 16 277 32 554 3.94 - 5.09 0.77

5 5574 11 909 12 669 25 339 3.74 - 4.93 0.76

10 4372 9340 9936 19 872 3.55 - 4.79 0.74

15 3454 7378 7849 15 698 3.36 - 4.64 0.72

20 2747 5869 6244 12 488 3.18 - 4.51 0.70

25 2200 4700 5000 10 000 3.00 - 4.38 0.69

30 1773 3788 4030 8059 3.17 - 4.25 0.75

35 1438 3071 3267 6535 3.33 - 4.13 0.81

40 1173 2505 2665 5330 3.49 - 4.02 0.87

45 961.8 2055 2186 4372 3.65 - 3.91 0.93

50 793.2 1694 1803 3605 3.80 - 3.80 1.00

55 657.5 1405 1494 2989 3.94 - 3.70 1.07

60 547.8 1170 1245 2490 4.08 - 3.60 1.13

65 458.6 979.7 1042 2084 4.22 - 3.51 1.20

70 385.7 823.9 876.5 1753 4.35 - 3.42 1.27

75 325.8 696.0 740.5 1481 4.48 - 3.33 1.35

80 276.4 590.5 628.2 1256 4.60 - 3.25 1.42

85 235.5 503.0 585.2 1070 4.73 - 3.17 1.49


NTCLE400, NTCLS100, NTCLP100/2381 641 .....Vishay BCcomponents NTC Thermistors, Special Long

Lead Sensors


TOPER(°C)


2381 641 *6473 ΔR/R(%)

TCR(%/K)

ΔTmax.(± K)

RT(Ω)

- 40 1 589 068 8.91 - 6.54 1.36

- 35 1 151 627 8.34 - 6.34 1.32

- 30 842 790 7.79 - 6.15 1.27

- 25 622 597 7.27 - 5.96 1.22

- 20 464 110 6.77 - 5.79 1.17

- 15 348 989 6.28 - 5.62 1.12

- 10 264 628 5.82 - 5.45 1.07

- 5 202 280 5.37 - 5.30 1.01

0 155 823 4.94 - 5.14 0.96

5 120 932 4.52 - 5.00 0.91

10 94 528 4.12 - 4.86 0.85

15 74 399 3.74 - 4.72 0.79

20 58 945 3.36 - 4.59 0.73

25 47 000 3.00 - 4.47 0.67

30 37 706 3.35 - 4.35 0.77

35 30 429 3.69 - 4.23 0.87

40 24 696 4.02 - 4.12 0.97

45 20 154 4.33 - 4.01 1.08

50 16 534 4.64 - 3.91 1.19

55 13 633 4.94 - 3.81 1.30

60 11 296 5.23 - 3.71 1.41

65 9404 5.51 - 3.62 1.52

70 7865 5.78 - 3.53 1.64

75 6607 6.04 - 3.44 1.75

80 5573 6.30 - 3.36 1.87

85 4721 6.55 - 3.28 2.00

NTCLE400, NTCLS100, NTCLP100/2381 641 .....NTC Thermistors, Special Long

Lead SensorsVishay BCcomponents




TOPER(°C)


2381 641 *6104 ΔR/R(%)

TCR(%/K)

ΔTmax.(± K)

RT(Ω)

- 40 3 666 299 9.05 - 6.69 1.35

- 35 2 637 588 8.47 - 6.49 1.31

- 30 1 916 576 7.91 - 6.29 1.26

- 25 1 406 111 7.37 - 6.10 1.21

- 20 1 041 184 6.86 - 5.92 1.16

- 15 777 846 6.36 - 5.75 1.11

- 10 586 097 5.89 - 5.58 1.06

- 5 445 257 5.43 - 5.42 1.00

0 340 942 4.99 - 5.26 0.95

5 263 054 4.56 - 5.11 0.89

10 204 446 4.15 - 4.97 0.84

15 160 014 3.75 - 4.83 0.78

20 126 087 3.37 - 4.70 0.72

25 100 000 3.00 - 4.57 0.66

30 79 808 3.36 - 4.45 0.75

35 64 077 3.70 - 4.33 0.86

40 51 745 4.04 - 4.22 0.96

45 42 021 4.36 - 4.11 1.06

50 34 308 4.68 - 4.00 1.17

55 28 156 4.98 - 3.90 1.28

60 23 222 5.28 - 3.80 1.39

65 19 246 5.57 - 3.71 1.50

70 16 025 5.85 - 3.62 1.62

75 13 402 6.12 - 3.53 1.73

80 11 258 6.38 - 3.45 1.85

85 9496 6.64 - 3.36 1.97

STABILITY TESTSIEC CECC TEST PROCEDURE DRIFT REQUIREMENT

D3; 4.20.1 Endurance 85 °C; 1000 h ΔR/R < 5 %

60068-2-1 Endurance - 40 °C; 1000 h ΔR/R < 5 %

60539 Endurance 250 mW; 55 °C; 1000 h ΔR/R < 5 %

60068-2-3 D1; 4.19 Damp heat, steady state 56 days at 40 °C; 90 % to 95 % RH ΔR/R < 7 %

60068-20-14 C2; 4.14 Rapid change of temperature - 40 °C to + 85 °C; 50 cycles ΔR/R < 5 %


NTCASCWE3.../2381 640 7...Vishay BCcomponents

NTC Thermistors, Screw Threaded Sensors

Notes(1) Measured with screw mounted on an aluminium heatsink of

100 cm2, thickness 1.5 mm, in still air at Tamb = + 25 °C• Other R25 values based on 640 0 series are available upon

request• Other tolerances on R25 are available upon request• Insulated leads available upon request

FEATURES• Easy mounting• Rugged construction• Replaces the serie 2322 640 7....• Compliant to RoHS directive 2002/95/EC and in


APPLICATIONSTemperature measurement, sensing and control.Suitable for many applications, especially when a goodelectrical insulation and a good thermal contact with thechassis is required.

DESCRIPTIONThe thermistors are made of NTC ceramic material reflowsoldered between two solid tinned copper or nickel wires andpotted in the head of passivated aluminum srew size M4.

PACKAGINGThe thermistors are packed in cardboard boxes; the smallestpackaging quantity is 100 units.

MARKINGThe last 4 digits of the catalog number are printed on the studin accordance with the information in Electrical Data andOrdering Information Table.

MOUNTINGBy means of a washer and M4 nut supplied with the deviceor in a threaded screw hole. Applied torque shall not exceed1.2 Nm. Leads to be soldered or crimped.


Notes• R25 - values, temperature coefficients and catalog numbers• The thermistors have a 12-digit catalog number starting with 2381 640 7. The subsequent 4 digits indicate the resistance value and tolerance.


Resistance value at 25 °C 1.0 kΩ to 470 kΩTolerance on R25 - value ± 1 %, ± 2 %, ± 5 %

Tolerance on B25/85 - value ± 0.5 % to ± 2.5 %

B25/85 - value 3740K to 4570K


Dissipation factor (1) ≈ 23 mW/K

Thermal time constant (1) ≈ 7.5 s


Zero dissipation - 40 °C to + 100 °C

Maximum dissipation 0 °C to + 55 °C

Weight ≈ 1.5 g

Min. dielectric withstanding voltage between terminals and Al case 1500 Vac (1 s)

Insulation resistance between terminals and Al case min. 100 MΩ

8max.

8 ± 0.16.7

max.

Ø d

37 ± 3

5.5min.

M4

Component outline


TOLERANCE ON R25

B25/85 - VALUE LEADS DIAMETER Ø d(mm)

TCR(%/K) SAP MATERIAL NO. 12 NC

ORDERING CODE1.0 ± 5 % 3528K ± 0.5 % 0.6 - 3.87 NTCASCWE3102J 2381 640 731022.2 ± 5 % 3977K ± 0.75 % 0.6 - 4.37 NTCASCWE3222J 2381 640 732224.7 ± 5 % 3977K ± 0.75 % 0.6 - 4.37 NTCASCWE3472J 2381 640 7347210 ± 5 % 3977K ± 0.75 % 0.6 - 4.37 NTCASCWE3103J 2381 640 7310312 ± 5 % 3740K ± 1.5 % 0.6 - 4.10 NTCASCWE3123J 2381 640 7312315 ± 5 % 3740K ± 1.5 % 0.6 - 4.10 NTCASCWE3153J 2381 640 7315347 ± 5 % 4090K ± 1.5 % 0.6 - 4.46 NTCASCWE3473J 2381 640 73473100 ± 1 % 4190K ± 1.5 % 0.5 - 4.57 NTCASCWE3104F 2381 640 75104100 ± 2 % 4190K ± 1.5 % 0.5 - 4.57 NTCASCWE3104G 2381 640 74104100 ± 5 % 4190K ± 1.5 % 0.6 - 4.57 NTCASCWE3104J 2381 640 73104150 ± 5 % 4370K ± 2.5 % 0.6 - 4.75 NTCASCWE3154J 2381 640 73154470 ± 5 % 4570K ± 2 % 0.6 - 4.95 NTCASCWE3474J 2381 640 73474

NTCAIMME3C90042/2381 640 90042Vishay BCcomponents


NTC Thermistors, Steel Capped Sensors

Notes(1) Measured with AMP connectors in still air with solid copper wires

of 1 mm diameter.(2) The response time is the time necessary to change 63.2 % of the

total difference between the initial and the final body temperature,when subjected to a step function change in ambienttemperature.Step change:a) Initial temperature: air at 25 °Cb) Final temperature: water at 100 °C

(3) The temperature gradient is the difference per degree Celsiusbetween the true temperature of the liquid (water) and thetemperature measured by the sensor.

FEATURES• High mechanical strength

• AMP connectors for easy connection

• Excellent accuracy over a wide temperaturerange



APPLICATIONS• Sensors for water temperature control in, for example:

- Washing machines

- Dish washers

- Heat pumps

- Electric boilers

DESCRIPTIONThese thermistors have a negative temperature coefficient.The device consists of a ceramic material which is mountedin a capsule of stainless steel and provided with two 6.3 mmtinned bronze spade connectors.

The device is non-flammable and the housing is stainlesssteel in accordance with “DIN 1.4301” (x 5 CrNi 18 9).

MOUNTINGConnect to two FASTONS 6.3 x 0.8 or equivalent.





0 °C 35 875 Ω ± 7 %

25 °C 12 000 Ω ± 4 %

85 °C 1475 Ω ± 3 %

100 °C 963 Ω ± 4.2 %

B25/85 - value 3730 K

Temperature coefficient - 4.2 %/K


Dissipation factor:

in still air (for information only) (1) 7.5 mW/K

in still water (for information only) (1) 18 mW/K

Thermal time constant (τ) in still air (1) 285 s

Response time (2) 13 s to 16 s

Temperature gradient (3) ≤ 0.02 K/K


at zero power; continuously - 25 °C to + 110 °C

at zero power; peak 130 °C

at maximum power 0 °C to + 55 °C

Minimum dielectric withstanding voltage (RMS) between terminals and capsule during:

1 min 1500 V

10 s 1650 V

Minimum insulation resistance between terminals and capsule at 100 VDC

100 MΩ

Weight ≈ 8 g

30.5 - 0.5017.5

+ 20

Ø 12.4 - 0.20

0.4 ± 0.1

1.1 max. (1)

6.3 ± 0.1

4 ± 1

4 ± 1

0.8

0+ 1

0

Ø 9.8 ± 0.1 (1)

Component outline


NTCAIMME3C90042/2381 640 90042Vishay BCcomponents NTC Thermistors, Steel Capped Sensors

METHOD OF APPLICATION DERATING

sensor plate

water


T (°C)

P(%)

100

00 55 90- 25 110 130

Tmax Tpeak

NTCAPIP...101 SeriesVishay BCcomponents

NTC Thermistor Sensor - Pipe Type With Fast Time Response

Document Number: 29110 For technical questions, contact: [email protected] www.vishay.comRevision: 03-Sep-09 109

TIME RESPONSE TO TEMPERATURE CHANGEResponse time to temperature change 25 °C to 85 °C,sensor dipped in silicone oil at 85 °C.

CUSTOMIZATIONS1. The electrical resistance and B25/85 values can be

changed based on the series 2381 645 50xxx mini-chipNTC series refer to Vishay's NTC curve computation files

2. The tolerances can be adapted

3. The wire length can be changed on request

4. A connector housing and terminal can be added, orferrules can be crimped (wire end)

5. 3D Solid Model can be obtained

FEATURES• Fast time response vs. industry standards

• High stability

• High resistance to humidity

• Accurate over wide temperature range

• High encapsulating strength between the PVCwire and the encapsulated lacquer


APPLICATIONSElectronic component used for temperature measurement,sensing and control.

The thermistors have a negative temperature coefficient.

Typical applications include, for example:

• Airconditioning sensors

• Evaporator sensors

• Industrial sensors

• Heating systems sensors

• Indoor and outdoor sensor

MOUNTING

The sensor can be clipsed, glued or attached to a surface orpipe.

The sensor can be connected by soldering, or a connectorcan be added.

DIMENSIONS

1. Vishay NTC chip

2. Lead wires, 105 °C PVC, tin plated copper, AWG#303. Nickel plated brass pipe

4. Conductor stripped

0 % to 63.2 %(typical)

10 % to 90 %(typical)

NTCAPIP...101 3.2 x 15 mm 3.5 s 9.5 s

NTCLPIPE 6 x 25 mm (standard) 6 s 17 s

QUICK REFERENCE DATAPARAMETER VALUE UNIT

Resistance at 25 °C (R25) 100 kΩ

Tolerance on R25 ± 3 %

B25/85 4190 K

Tolerance on B25/85 ± 1.5 %

Minimum dielectric withstand 1500 Vrms


Operating temperature range - 40 to + 105 °C

Mass 1.6 g

13Ø D

2 4

L1

L2L3

DIMENSIONS in millimeterVALUE TOLERANCE

L1 3.5 + 0/- 2

L2 300 + 20/- 10

L3 15 ± 0.3

D 3.2 ± 0.3


NTCAPIP...101 SeriesVishay BCcomponents NTC Thermistor Sensor - Pipe Type

With Fast Time Response

ORDERING INFORMATION

Ordering Information: www.vishay.com/doc?33036

3D Solid Model: www.vishay.com/doc?29106

NTC Curve computation: www.vishay.com/thermistors/curve-computation-list/

R-T CHARACTERISTICS


SAP ORDERING NUMBER

NTCAPIPE3104H101

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURESTEMP.

(°C)RT/R25

RESISTANCE(Ω)

ΔR/R(%)

α(%/K)

ΔT(± K)

Rmin.(Ω)

Rmax.(Ω)

- 40 36.663 3 666 299 9.05 - 6.69 1.35 3 334 382 3 998 217

- 35 26.376 2 637 588 8.47 - 6.49 1.31 2 414 177 2 860 998

- 30 19.166 1 916 576 7.91 - 6.29 1.26 1 764 950 2 068 202

- 25 14.061 1 406 111 7.37 - 6.10 1.21 1 302 413 1 509 810

- 20 10.412 1 041 184 6.86 - 5.92 1.16 969 762 1 112 605

- 15 7.778 77 7846 6.36 - 5.75 1.11 728 341 827 350

- 10 5.861 586 097 5.89 - 5.58 1.06 551 588 620 605

- 5 4.453 445 257 5.43 - 5.42 1.00 421 083 469 431

0 3.409 340 942 4.99 - 5.26 0.95 323 938 357 945

5 2.631 263 054 4.56 - 5.11 0.89 251 055 275 052

10 2.044 204 446 4.15 - 4.97 0.84 195 961 212 931

15 1.600 160 014 3.75 - 4.83 0.78 154 008 166 020

20 1.261 126 087 3.37 - 4.70 0.72 121 837 130 336

25 1.000 100 000 3.00 - 4.57 0.66 97 000 103 000

30 0.798 79 808 3.36 - 4.45 0.75 77 128 82 488

35 0.641 64 077 3.70 - 4.33 0.86 61 703 66 451

40 0.517 51 745 4.04 - 4.22 0.96 49 655 53 836

45 0.420 42 021 4.36 - 4.11 1.06 40 187 43 855

50 0.343 34 308 4.68 - 4.00 1.17 32 702 35 913

55 0.282 28 156 4.98 - 3.90 1.28 26 752 29 559

60 0.232 23 222 5.28 - 3.80 1.39 21 996 24 449

65 0.192 19 246 5.57 - 3.71 1.50 18 174 20 318

70 0.160 16 025 5.85 - 3.62 1.62 15 088 16 962

75 0.134 13 402 6.12 - 3.53 1.73 12 582 14 222

80 0.113 11 258 6.38 - 3.45 1.85 10 539 11 976

85 0.095 9496 6.64 - 3.36 1.97 8866 10 126

90 0.080 8042 6.89 - 3.28 2.10 7488 8596

95 0.068 6837 7.13 - 3.21 2.22 6350 7325

100 0.058 5835 7.36 - 3.13 2.35 5405 6265

105 0.050 4998 7.59 - 3.06 2.48 4618 5377

STABILITY TESTSIEC CECC TEST PROCEDURE DRIFT REQUIREMENT

D3; 4.20.1 Endurance + 105 °C; 1000 h ΔR/R < 5 %

68-2-1 Endurance - 40 °C; 1000 h ΔR/R < 5 %

539 Endurance 250 mW; 55 °C; 1000 h ΔR/R < 5 %

68-2-3 D1; 4.19 Damp heat, steady state 56 days at 40 °C; 90 % to 95 % RH ΔR/R < 7 %

68-2-14 C2; 4.14 Rapid change of temperature - 40 °C to + 105 °C; 500 cycles ΔR/R < 5 %

NTC Thermistors, Long Immersion Sensor with Connector

NTCAIMME3C90080/2381 645 90080Vishay BCcomponents


DESCRIPTIONThermistor NTC sensor, with a negative temperaturecoefficient, measured in accordance with IEC 60539.

FEATURES• Rugged construction

• Temperature measurement accuracy better then± 1 °C between 50 °C and 100 °C

• Stainless steel housing

• Housing is 100 % watertight

• High number of thermal cycles resistant(minimum 100 000 cycles)

• Withstanding voltage 500 V (between outer case andterminals/NTC)

• Male terminals 6.3 x 0.8. type IDC rast 5 mm, or solderlessterminals FASTON (IEC 760 flat quick connections)


• PVC-free

APPLICATIONSSensor used for temperature measurement, sensing andcontrol in:

• Water boilers

• Heating system

• Water and used water systems

• Water and oil tanks

• Consumer appliances

• Industrial appliances

• Solar heating systems

MOUNTING• O-Ring

• U-Clip or spring

• Rast 5 mm 2 poles connector (refer to polarisation detail),or female FASTON for 6.3 x 0.8 terminals or equivalents

Ordering information can be found on: www.vishay.com/doc?33036


PARAMETER VALUE

Resistance value at 25 °C (for information)

11 979 Ω

Resistance at 80 °C 1704 Ω


B25/85 - value 3740K


Thermal time constant τ 63.2 % (25 °C to oil 85 °C)

15 s


- 25 °C to + 125 °C

Min. dielectric withstanding voltage between the metallic housing and the terminals/NTC

500 VAC

Max. Power 150 mW

R/T values Refer to table

Climatic category (IEC 60539) 25/125/56

Weight 19 g


SAP MATERIAL NO. 12NC R25 - VALUE(kΩ)

B25/85 - VALUE(K)

SPQ(Pieces)

NTCAIMME3C90080 2381 645 90080 11 979 3740 100

NTCAIMME3C90080/2381 645 90080Vishay BCcomponents NTC Thermistors, Long Immersion

Sensor with Connector



•

Notes• Other resistance and tolerances values available• Other connector polarisations available on request• Available with insulated leads instead of connector• Detail mounting drawing or 3D solid model available on request• Available with platinum elements Pt500 or Pt1000 sensor

1. 2. 3. L1 L2 L3 Ø D1 Ø D2 Ø D3 Ø D4 Ø D5

ThermistorNTC position

Stainless steelhousing

Connector 153.5 ± 3 118 195

+ 0.05/- 0.026

8.1 ± 0.1(O-Ring)

8(Clip)

11 + 0.05/- 0.02

R/T TABLETEMP.

(°C) RT/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 25 10.819 129 600 8.86 - 5.52 1.60 118 123 141 078

- 20 8.244 98 762 8.40 - 5.35 1.57 90 465 107 058

- 15 6.335 75 887 7.96 - 5.19 1.53 69 844 81 930

- 10 4.907 58 777 7.54 - 5.03 1.50 54 344 63 210

- 5 3.829 45 874 7.14 - 4.88 1.46 42 600 49 147

0 3.011 36 067 6.75 - 4.74 1.42 33 634 38 500

5 2.384 28 557 6.37 - 4.60 1.38 26 738 30 376

10 1.900 22 765 6.01 - 4.47 1.34 21 398 24 132

15 1.525 18 266 5.66 - 4.34 1.30 17 233 19 299

20 1.231 14 748 5.32 - 4.22 1.26 13 964 15 532

25 1.000 11 979 4.99 - 4.10 1.22 11 382 12 577

30 0.8170 9787 4.67 - 3.99 1.17 9329 10 244

35 0.6712 8040 4.37 - 3.88 1.13 7689 8391

40 0.5543 6640 4.07 - 3.77 1.08 6370 6911

45 0.4602 5513 3.78 - 3.67 1.03 5304 5721

50 0.3839 4599 3.50 - 3.58 0.98 4438 4760

55 0.3218 3855 3.23 - 3.48 0.93 3731 3980

60 0.2710 3247 2.97 - 3.39 0.88 3150 3343

65 0.2293 2746 2.72 - 3.30 0.82 2672 2821

70 0.1947 2333 2.47 - 3.22 0.77 2275 2391

75 0.1661 1990 2.23 - 3.14 0.71 1945 2034

80 0.1422 1704 2.00 - 3.06 0.65 1670 1738

85 0.1223 1465 2.23 - 2.99 0.75 1432 1497

90 0.1055 1264 2.45 - 2.92 0.84 1233 1295

95 0.09135 1094 2.66 - 2.85 0.93 1065 1123

100 0.07936 950.7 2.87 - 2.78 1.03 920.7 980.7

105 0.06918 828.8 3.07 - 2.71 1.13 800.4 857.2

110 0.06050 724.8 3.27 - 2.65 1.23 698.0 751.5

115 0.05307 635.8 3.46 - 2.59 1.34 610.7 660.9

120 0.0467 559.4 3.65 - 2.53 1.44 535.9 582.9

125 0.04121 493.6 3.83 - 2.47 1.55 471.7 515.5

12.60

15.60 6.30

0.8002C

1c 2d

1a 1b 2b Ø D2Ø D3

Ø D4 Ø D5

Ø D1

L2

L1

1. 2.L3

3.

90080a

NTCAIMME3C90080/2381 645 90080NTC Thermistors, Long Immersion

Sensor with ConnectorVishay BCcomponents


•

TYPICAL THERMAL CYCLING RELIABILITY

RELIABILITY DATA

TEST CONDITIONSΔR25/R25(typical)

Dry heat storage (steady state)IEC 60068-2-2

T = 125 °Ct = 1000 h

< 1 %

Damp heat storage (steady state)IEC 60068-2-78

T = 85 C (air)85 % RH

t = 56 days< 1 %

Rapid temperature cycling (air)IEC 60068-2-14

T1 = - 40 °CT2 = 125 °C

t < 15 s10 000 cycles

< 1 %

Rapid temperature cycling (oil)T1 = 25 °CT2 = 80 °C

100 000 cycles< 1 %

Thermal Cycling + 25 °C/+ 80 °C

Δ 2

5/

25 in

i (%

)

2.0

1.5

1.0

0.5

0.0

- 0.5

- 1.0

- 1.5

- 2.010 100 1000 10 000 100 000

Cycles

Min.AverageMax.

RR


NTCACAP Series for RefrigeratorVishay BCcomponents

NTC Thermistors, Refrigerator Sensors

Note(1) Other resistances and B values available

FEATURES• Key component for temperature sensing and

electronic control• Accurate Vishay NTC chips, enabling class A to

class A+++ refrigerator grades• Sensor design following class II insulation

(principal + supplementary insulation for thesensor head)

• High adhesive strength between PVC wire andencapsulating lacquer

• Specifically developed design allows for a very good water,moisture and ice resistance: 6000 h in water immersionunder voltage

• Suitable for evaporater temperature measurement. Veryhigh number of thermal cycles resistant: 100 000 cycles

• The cables jackets are suitable for back-panelpolyurethane foaming process (max. 100 °C, 5 min)


• The plastic is not FDA grade

• UL certification on request

• The sensors are also available with single insulatedcables, and with PVC-free cable

APPLICATIONSTemperature measurement, sensing and control:

• White goods• Refrigerators

• Freezers, deep-freezers

• Ice cube makers• Counter drinks coolers

• Backbar and catering coolers

• Display fridges• Wine coolers



Resistance value at 25 °C (1) 2000 Ω to 47 000 Ω

Tolerance on R25 - value (1) ± 1 % to 2 %

B25/85 - value (1) 3984K (1)



- 55 °C to + 60 °C

Min. dielectric withstanding voltage (imjmersed in water)

3750 VAC

Max. Power 150 mW

R/T values Refer to table

Weight 16 g


VISHAY SAP

CAP. DIA.Ø D1(mm)

CAP. LENGTH

L2(mm)

CABLE INSULATION

CABLE LENGTH

L1(mm)

R25 - VALUE

(Ω)

R25 - TOL.

B25/85 - VALUE

(K)

B25/85 - TOL. CONNECTOR

NTCACAPE3C90193 7 25 Single 300 10 000 ± 2 % 3984K ± 0.5 % - -

NTCACAPE3C90144 7 25 Double 500 10 000 ± 2 % 3984K ± 0.5 % - -

NTCACAPE3C90066 7 25 Double 500 2700 ± 2 % 3984K ± 0.5 % UL -

NTCACAPE3C90191 8 30 Double 900 5000 ± 1 % 3984K ± 0.5 % - -

NTCACAPE3C90125 9 49 Double 1250 10 000 ± 2 % 3984K ± 0.5 % ULRast 2.5 (**)PCB Edge

NTCACAP Series for RefrigeratorNTC Thermistors, Refrigerator Sensors Vishay BCcomponents



Notes(1) Vishay NTC Thermistor chip with epoxy coatings and special potting resins(2) ABS plastic cap of refrigerator white color(3) Double insulated cable, cylindrical, PVC/PVC, 2 x 0.35 mm2

(4) Conductors’ end insulation non stripped

PACKAGINGSPQ: 250 items

MOUNTINGThe plastic housing can be inserted in a pocket inside the refrigerator cabinet.The plastic housing can be assembled with the refrigerator cabinet backside, with the help of adhesive tape, then foamed.The plastic housing can be inserted on a pipe welded on the evaporator tube.The plastic housing can be clamped on the evaporator tube with the help of a clip.Suitable for PCB Edge connection, or plugged in a wire-to-wire connector, or assembled in a terminal block.

DESIGNERS CORNER• Other Resistance-Temperature curves are available, based on Vishay 2381 640 0xxxx series, or specific customer’s curve.

• Other lead length and other standard plastic caps, like Ø 6 mm x 25 mm, Ø 7 mm x 25 mm, Ø 8 mm x 30 mm,Ø 9 mm x 30 mm, Ø 9 mm x 49 mm, 7 mm x 7.5 mm x 25 mm or customer specific sensor shapes, are available on request.

• Single insulated cables and Class I sensors can also be supplied.

• The sensors can be supplied without connector, with end-wire stripped,with crimped connectors, sealed connectors,or insulation displacement connectors (e.g. rast 2.5 mm). Consult Vishay for the list of available connectors.

• Several sensors can be grouped on the same connector, with the same or different shape.

• Additional features, like connection to the door switch, can also be included on the grouping connector.• Visual aids, like cable jacket colours or position markers can be added to optimize customer's assembling process.

• The cable harness associated with the sensor can be provided as a total solution.

DESIGNERS TOOLS• 3D Solid Models (STEP or IGES) or 2D Models (DXF, DWG) are available

• 3D solid models: www.vishay.com/doc?29106

• NTC curve computation: www.vishay.com/thermistors/curve-computation-list/

L1, L2, D1: See table Electrical DataD2 = 4 mm, L3 = 50 mm

L3

L1

L2

4. 3. 2. 1.Ø D1

Ø D2

NTC Thermistors, Flex Foil Sensors

NTCAFLEX... SeriesVishay BCcomponents


Note• Measured from 25 °C air to 125 °C heated plate, pressed on the

surface

DESIGNERS OPTIONS• The sensor can be delivered with a FFC/FPC connector

• The connector termination can be tin or gold plated

• Other dimensions and various shapes of the flex circuit areavailable on request

• A 3D solid model is available on request

Note• FFC/FPC = Flexible Film Circuit/Flexible Printed Circuit

FEATURES• Rapid response time

• Suitable for narrow space applications

• High flexibility of the foil

• Insulated and humidity resistant

• A strain relief hole is included in the flex designto avoid traction to the sensor head

• e3 - Sn


APPLICATIONS• Consumer appliances and white goods

• Power supply (aluminum fins)

• Battery, displays

• Industrial applications

• Boilers

DESCRIPTION• Miniature NTC temperature sensor on flex foil, insulated

used for temperature sensing and control

• Surface temperature sensor with low thermal mass andrapid response time on surface

MOUNTING• The sensor head can be pressed on the surface with

means of insulating material (silicone foam) or spring

• The sensor head can also be glued wih a double-facetemperature resistant adhesive

• The sensor end can be connected to PCBcounter-connector or wire-to-wire connector or soldered toconductors, or crimped with FFC connectors

• The strain relief hole can allow a screw mounting, or beincluded within a melted plastic pin

• Remark: The response time and thermal gradient aredependant of the application and of the way of mountingthe sensor in place


Resistance value at 25 °C 47 kΩ

Tolerance on R25 value ± 3 %

B25/85 value 3960K

Tolerance on B25/85 value ± 1 %

Operating temperature range at zero power - 40 °C to 125 °C


Thermal time constant on heating (1) 2 s

Minimum dielectric withstanding voltage 500 VAC

Minimum insulation resistance 10 MΩ


Weight (without connector) 0.13 g

Weight (with connector) 0.53 g


R25 VALUE(kΩ)

R25 TOL.(%)

B25/85 VALUE(K)

B25/85 TOL.(%)

SAP MATERIAL NO. DESCRIPTION R/T TABLE

47 3 3960 1 NTCAFLEX01473HH NTC Flex 47K 3 % Table 1

47 3 3960 1 NTCAFLEX01473HHC NTC Flex 47K 3 % Connector Table 1

NTCAFLEX... SeriesNTC Thermistors, Flex Foil Sensors Vishay BCcomponents


MECHANICAL DATA

1. NTC SMD soldered on flex foil circuit

2. Flex foil circuit

3. High quality modified epoxy glob top

4. Conductive tracks

5. Hole for strain relief

REFERENCEConnector 2 positions, 2.54 mm (0.1").The connector mates with industry standard headers or wire-to-wire connectors.

SAP CODIFICATION

Part Number: NTCAFLEX01473HH

MODEL ASSEMBLYFLEX

SENSORMECHANICALEXECUTION

RESISTANCEVALUE

TOLERANCEON R25

B-VALUERANGE

CONNECTOROPTION

NTC A FLEX 01 473 = 47 x 103 Ω

H = ± 3 % L (low) = 3000 ≤ B25/85 < 3500

M (medium) = 3500 ≤ B25/85 < 3750

H (high) = 3750 ≤ B25/85 < 4000

X (very high) = 4000 ≤ B25/85 < 4250

Blank = No connector

C =With connector

tin plated


L1 L7 Ø D1 H1

75 ± 1 15 ± 1 7 ± 0.5 1.55 ± 0.2

3. 1.H1

Ø D1

L7

2.

5.

L1

4.

P

N T C A F L E X 0 1 4 7 3 H H

NTCAFLEX... SeriesVishay BCcomponents NTC Thermistors, Flex Foil Sensors


R/T TABLE 1R25 VALUE

(kΩ)R25 TOL.

(%)B25/85 VALUE

(K)B25/85 TOL.

(%)SAP MATERIAL NO.

47 3 3960 1 NTCAFLEX01473HH

47 3 3960 1 NTCAFLEX01473HHC

TEMP.(°C)

R(T)/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 34.97 1 643 693 10.80 - 6.85 1.58 1 466 123 1 821 262

- 35 25.00 1 174 859 10.04 - 6.59 1.52 1 056 912 1 292 806

- 30 18.09 850 461 9.31 - 6.34 1.47 771 290 929 633

- 25 13.26 623 018 8.61 - 6.11 1.41 569 370 676 666

- 20 9.82 461 557 7.94 - 5.89 1.35 424 898 498 216

- 15 7.35 345 583 7.30 - 5.69 1.28 320 350 370 816

- 10 5.56 261 354 6.69 - 5.49 1.22 243 877 278 831

- 5 4.25 199 536 6.10 - 5.31 1.15 187 370 211 702

0 3.27 153 714 5.53 - 5.13 1.08 145 213 162 215

5 2.54 119 427 4.99 - 4.97 1.00 113 473 125 381

10 1.99 93 541 4.46 - 4.81 0.93 89 369 97 714

15 1.57 73 832 3.96 - 4.66 0.85 70 911 76 752

20 1.25 58 703 3.47 - 4.52 0.77 56 666 60 739

25 1.00 47 000 3.00 - 4.38 0.69 45 590 48 410

30 0.81 37 881 3.23 - 4.25 0.76 36 659 39 103

35 0.65 30 726 3.45 - 4.13 0.84 29 667 31 784

40 0.53 25 073 3.66 - 4.01 0.91 24 156 25 990

45 0.44 20 579 3.86 - 3.89 0.99 19 784 21 374

50 0.36 16 984 4.06 - 3.79 1.07 16 294 17 674

55 0.30 14 092 4.26 - 3.68 1.16 13 492 14 692

60 0.25 11 751 4.44 - 3.58 1.24 11 229 12 274

65 0.21 9848 4.63 - 3.49 1.33 9392 10 303

70 0.18 8291 4.80 - 3.40 1.41 7893 8689

75 0.15 7011 4.97 - 3.31 1.50 6663 7360

80 0.13 5955 5.14 - 3.22 1.59 5649 6261

85 0.11 5079 5.30 - 3.14 1.69 4809 5348

90 0.09 4349 5.62 - 3.07 1.83 4104 4593

95 0.08 3738 5.93 - 2.99 1.98 3516 3960

100 0.07 3225 6.23 - 2.92 2.14 3024 3426

105 0.06 2792 6.53 - 2.85 2.29 2610 2974

110 0.05 2425 6.82 - 2.78 2.45 2260 2591

115 0.04 2114 7.10 - 2.72 2.61 1964 2264

120 0.04 1848 7.37 - 2.65 2.78 1712 1985

125 0.03 1621 7.64 - 2.59 2.95 1497 1745

NTCASRFE3C90406 for Ice Cube Maker

Vishay BCcomponents

Document Number: 29122 For technical questions, contact: [email protected] www.vishay.comRevision: 07-Jul-10 119

NTC Thermistors, Ice Cube Sensors

Note(1) Other resistances and B values available

FEATURES• Key component for temperature sensing and

electronic control• Accurate Vishay NTC chips, enabling class A to

class A+++ refrigerator grades• Sensor design following class II insulation

(principal + supplementary insulation for thesensor head)

• High adhesive strength between silicone cableand encapsulating lacquer

• Specifically developed design allows for a very good water,moisture and ice resistance (min. 1000 h water immersion)

• Suitable for evaporator temperature measurement. Veryhigh number of thermal cycles resistant (min.100 000 cycles)

• The cables jackets are suitable for back-panelpolyurethane foaming process (max. 100 °C, 5 min)


• Surface temperature sensors• The housing and cable are cold flexible at - 60 °C• The housing plastic is FDA grade

APPLICATIONSTemperature measurement, sensing and control:• Ice cube makers• White goods• Refrigerators• Freezers, deep-freezers• Counter drinks coolers• Backbar and catering coolers• Display fridges• Wine coolers

DESIGN-IN SUPPORT• Other resistance curves and tolerances are available on

request• Consult Vishay for other lead length, other connector, or

other features• 3D solid models: www.vishay.com/doc?29106• NTC curve computation:

www.vishay.com/thermistors/curve-computation-list/



Resistance value at 25 °C (1) 9965 ΩResistance value at 0 °C 32 510 Ω ± 1.30 %

B25/85 - value (1) 3984K (1)



- 55 °C to + 50 °C

Min. dielectric withstanding voltage (immersed in water)

3750 VAC

Max. Power 150 mW

R/T values Refer to R/T table 1

Weight 10 g

ORDERING INFORMATIONSAP DESCRIPTION L1 (mm) SPQ

NTCASRFE3C90406 NTC ice cube 10K 380 mm 380 mm + 20/- 10 1000 pieces


ØD 4 mm

L2 35 mm ± 10 mm

L4 25 mm ± 0.3 mm

L5 11.5 mm ± 0.2 mm

L6 4.5 mm ± 0.2 mm

L7 8 mm ± 0.2 mm

L7

L6

L5

L4 L1

Ø D

L2

(4)(2)(3)

(1)


NTCASRFE3C90406 for Ice Cube MakerVishay BCcomponents NTC Thermistors, Ice Cube Sensors

RESISTANCE AND TEMPERATURE TOLERANCE

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURESTEMPERATURE

(°C)RT/R25

RESISTANCE(Ω)

ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.

(Ω)Rmax.

(Ω)

- 55 95.377 950 434 3.16 - 7.37 0.43 920 376 980 492

- 50 66.417 661 844 2.96 - 7.11 0.42 642 284 681 403

- 45 46.836 466 723 2.76 - 6.86 0.40 453 855 479 591

- 40 33.427 333 104 2.57 - 6.63 0.39 324 552 341 656

- 35 24.132 240 478 2.39 - 6.41 0.37 234 741 246 215

- 30 17.613 175 516 2.21 - 6.19 0.36 171 634 179 397

- 25 12.990 129 445 2.04 - 5.99 0.34 126 799 132 091

- 20 9.676 96 422 1.88 - 5.79 0.33 94 606 98 239

- 15 7.276 72 510 1.73 - 5.61 0.31 71 256 73 764

- 10 5.522 55 025 1.58 - 5.43 0.29 54 155 55 895

- 5 4.227 42 120 1.44 - 5.26 0.27 41 514 42 725

0 3.262 32 510 1.30 - 5.10 0.25 32 087 32 933

5 2.538 25 292 1.43 - 4.94 0.29 24 930 25 655

10 1.990 19 827 1.56 - 4.80 0.33 19 518 20 137

15 1.571 15 656 1.68 - 4.65 0.36 15 393 15 920

20 1.249 12 449 1.80 - 4.52 0.40 12 224 12 674

25 1.000 9965 1.92 - 4.39 0.44 9774 10 156

30 0.806 8028 2.03 - 4.26 0.48 7865 8191

35 0.653 6507 2.14 - 4.14 0.52 6368 6646

40 0.532 5305 2.24 - 4.03 0.56 5186 5424

45 0.437 4350 2.34 - 3.92 0.60 4248 4452

50 0.360 3586 2.44 - 3.81 0.64 3499 3674

55 0.298 2972 2.54 - 3.71 0.68 2896 3047

60 0.248 2475 2.63 - 3.61 0.73 2410 2540

65 0.208 2071 2.72 - 3.51 0.77 2015 2128

70 0.175 1742 2.81 - 3.42 0.82 1693 1790

75 0.148 1471 2.89 - 3.34 0.87 1428 1513

80 0.125 1247 2.97 - 3.25 0.91 1210 1285

85 0.107 1062 3.05 - 3.17 0.96 1030 1095

4.00

3.00

1.50

2.50

2.00

0.00- 35- 55 - 5 5 15 25

T (°C)

1.00

35 45 55

ΔR/R

(%)

1.00

0.40

0.80

0.60

0.00

0.20

ΔR/R

ΔT

ΔT (K

)

1.20

1.40

3.50

0.50

- 15- 25- 45

NTC Thermistors, Mini Lug Sensors

NTCALUG03 Mini Lug SeriesVishay BCcomponents


Note• Other R25 values and tolerances available upon request

FEATURES• Fast time response for surface applications

compared to industry standard NTC lug sensors• Reduced thermal gradient, due to the use of

small dimensions and nickel conductor, allowingfor an accurate surface temperaturemeasurement

• The sensor is not suitable for being permanentlyin contact with water or liquids

• Small size connector and small lug ring tongue terminal,allowing for temperature sensing at locations where onlylimited space is available

• Connector ZHR-2 (optional)• Compliant to RoHS directive 2002/95/EC

APPLICATIONSThermistors used for surface temperature sensing andcontrol in:• Computer equipment• MOSFETS, IC’s, Power Electronics, heatsink temperature

control• Consumer appliances• Industrial equipment• Automotive equipment

DESCRIPTIONMiniature insulated chip thermistor with a negativetemperature coefficient in accordance with IEC 60539. Thedevice has no marking.

MOUNTING• The sensor can be mounted by means of a screw. For stud

size, metric 2 mm M2/american stud #1 or #2

• The end wire can be soldered, welded or crimped to aconnector

• Optional connector for Wire-to-Wire or Wire-to-Boardconnections

Ordering information can be found on: www.vishay.com/doc?33036


Resistance value at 25 °C 10 kΩ to 47 kΩ

Tolerance on R25 - value ± 2 % to ± 3 %

B25/85 value 3740K to 3984K

Tolerance on B25/85 - value ± 0.5 % to ± 1.5 %



Dissipation factor 10 mW/K


- 40 °C to 125 °C

Min. dielectric withstanding voltage between terminals and lug

1000 VAC

R/T values See table


Weight (without connector) 0.5 g

Weight (with connector) 0.6 g


(kΩ) R25 - TOL. B25/85 - VALUE(K) B25/85 - TOL. SAP MATERIAL NO. DESCRIPTION R/T TABLE

10 ± 3 % 3984 ± 0.5 % NTCALUG03A103H NTC Mini Lug 10K 3 % 3984 K 0.5 % Table 1

10 ± 3 % 3984 ± 0.5 % NTCALUG03A103HCNTC Mini Lug 10K 3 % 3984 K 0.5 %

with connectorTable 1

10 ± 2 % 3984 ± 0.5 % NTCALUG03A103G NTC Mini Lug 10K 2 % 3984 K 0.5 % Table 2

10 ± 2 % 3984 ± 0.5 % NTCALUG03A103GCNTC Mini Lug 10K 2 % 3984 K 0.5 %

with connectorTable 2

12 ± 3 % 3740 ± 1.5 % NTCALUG03A123H NTC Mini Lug 12K 3 % Table 3

12 ± 3 % 3740 ± 1.5 % NTCALUG03A123HC NTC Mini Lug 12K 3 % with connector Table 3

47 ± 3 % 3740 ± 1.5 % NTCALUG03A473H NTC Mini Lug 47K 3 % Table 4

47 ± 3 % 3740 ± 1.5 % NTCALUG03A473HC NTC Mini Lug 47 kΩ 3 % with connector Table 4

NTCALUG03 Mini Lug SeriesVishay BCcomponents NTC Thermistors, Mini Lug Sensors



Notes(1) Vishay Thermistor chip NTC, with epoxy coating and middle buffer layer(2) Metal ring lug, tin plated(3) Insulated leads: AWG#32, monostranded, diam 0.20 mm, silver plated Nickel, PEI insulation, diameter 0.35 mm(4) End wire stripped or 2-poles connector crimped (optional)

MOUNTING• With screw size metric M2, or American stud 1-2

• For the type without connector (’103’), the electrical connection can be made by soldering or crimping or welding.• For the type with connector (’103C’), the connector can mate with following counter-connectors (5):

A) One of the PCB Board connector - Through Hole:• JST B 2B-ZR (top entry)• JST S 2B-ZR (side entry)• JST B 2B-ZR-3.4 (top entry, for 1.6 mm board)• JST S 2B-ZR-3.4 (side entry, for 1.6 mm board)

B) One of the PCB Board connector - SMT Surface Mount:• JST S 2B-ZR-SM2-TF (SM2 side entry)• JST B 2B-ZR-SM3-TF (SM3 top entry)• JST S 2B-ZR-SM3A-TF (SM3 side entry)• JST B 2B-ZR-SM4-TF (SM4 top entry)• JST S 2B-ZR-SM4A-TF (SM4 side entry)

C) The Wire-to-wire connector:• JST ZMR-02 housing (x 1) + JST SMM-033T-P0.5 terminals (x 2)

Note(5) Additional details and dimensions can be found in JST ZH and JST ZM datasheets.

PACKAGINGAvailable in plastic bags of 250 pieces. SPQ = 2000 pieces

DESIGN-IN SUPPORT• Other resistance curves and tolerances are available on request• Consult Vishay for other lead length, other connector crimping or other features• Other applicable screw size are available, for example stud size metric 3 mm/American 3 to 4• 3D Solid models: www.vishay.com/doc?29106• NTC curve computation: www.vishay.com/thermistors/curve-computation-list/

L1 L2 L3 L4

L1 + L3(item withoutconnector)

Ø D1 Ø D2 Ø D3 Ø D4 T Pitch P

70 ± 5 4 ± 1 11.5 ± 0.3 8.8 ± 0.3 81.5 ± 5 2.2 ± 0.3 5.5 ± 0.3 3.4 ± 0.3 0.35 ± 0.1 0.8 ± 0.1 1.5 ± 0.3

NTCALUG03 Mini Lug SeriesNTC Thermistors, Mini Lug Sensors Vishay BCcomponents


For complete curve computation, visit: www.vishay.com/thermistors/curve-computation-list/

TABLE 1

NTCALUG03A103H NTC Mini Lug 10K 3 % 3984 K 0.5 %

NTCALUG03A103HC NTC Mini Lug 10K 3 % 3984 K 0.5 % with connector

RESISTANCE TEMPERATURE CHARACTERISTICSTEMP.

(°C) R(T)/R25RESISTANCE

(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 334 274 4.92 - 6.63 0.74 317 833 350 716

- 35 24.132 241 323 4.73 - 6.41 0.74 229 899 252 747

- 30 17.613 176 133 4.56 - 6.19 0.74 168 107 184 158

- 25 12.990 129 900 4.39 - 5.99 0.73 124 202 135 598

- 20 9.676 96 761 4.22 - 5.79 0.73 92 675 100 848

- 15 7.276 72 765 4.07 - 5.61 0.73 69 806 75 723

- 10 5.522 55 218 3.92 - 5.43 0.72 53 056 57 380

- 5 4.227 42 268 3.77 - 5.26 0.72 40 674 43 861

0 3.262 32 624 3.63 - 5.10 0.71 31 440 33 808

5 2.538 25 381 3.49 - 4.94 0.71 24 494 26 268

10 1.990 19 897 3.36 - 4.80 0.70 19 227 20 566

15 1.571 15 711 3.24 - 4.65 0.70 15 202 16 220

20 1.249 12 493 3.12 - 4.52 0.69 12 103 12 882

25 1.000 10 000 3.00 - 4.39 0.68 9700.0 10 300

30 0.806 8056.0 3.11 - 4.26 0.73 7805.1 8306.8

35 0.653 6529.7 3.22 - 4.14 0.78 6319.3 6740.2

40 0.532 5323.9 3.33 - 4.03 0.83 5146.6 5501.1

45 0.437 4365.3 3.43 - 3.92 0.88 4215.4 4515.1

50 0.360 3598.7 3.53 - 3.81 0.93 3471.6 3725.8

55 0.298 2982.3 3.63 - 3.71 0.98 2874.0 3090.5

60 0.248 2483.8 3.72 - 3.61 1.03 2391.3 2576.3

65 0.208 2078.7 3.81 - 3.51 1.09 1999.4 2157.9

70 0.175 1747.7 3.90 - 3.42 1.14 1679.5 1815.9

75 0.148 1475.9 3.99 - 3.34 1.20 1417.1 1534.8

80 0.125 1251.8 4.07 - 3.25 1.25 1200.8 1302.8

85 0.107 1066.1 4.15 - 3.17 1.31 1021.8 1110.4

90 0.091 911.59 4.23 - 3.09 1.37 873.01 950.16

95 0.078 782.46 4.31 - 3.02 1.43 748.75 816.17

100 0.067 674.11 4.38 - 2.94 1.49 644.56 703.66

105 0.058 582.84 4.46 - 2.87 1.55 556.87 608.82

110 0.051 505.68 4.53 - 2.81 1.61 482.79 528.57

115 0.044 440.19 4.60 - 2.74 1.68 419.96 460.42

120 0.038 384.41 4.66 - 2.68 1.74 366.49 402.34

125 0.034 336.75 4.73 - 2.62 1.81 320.83 352.67




TABLE 2

NTCALUG03A103G NTC Mini Lug 10K 2 % 3984 K 0.5 %

NTCALUG03A103GC NTC Mini Lug 10K 2 % 3984 K 0.5 % with connector



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 334 274 3.90 - 6.63 0.59 321 238 347 311

- 35 24.132 241 323 3.72 - 6.41 0.58 232 353 250 293

- 30 17.613 176 133 3.54 - 6.19 0.57 169 895 182 370

- 25 12.990 129 900 3.37 - 5.99 0.56 125 518 134 282

- 20 9.676 96 761 3.21 - 5.79 0.55 93 654 99 869

- 15 7.276 72 765 3.06 - 5.61 0.54 70 541 74 988

- 10 5.522 55 218 2.91 - 5.43 0.54 53 613 56 823

- 5 4.227 42 268 2.76 - 5.26 0.53 41 100 43 435

0 3.262 32 624 2.62 - 5.10 0.51 31 768 33 480

5 2.538 25 381 2.49 - 4.94 0.50 24 749 26 013

10 1.990 19 897 2.36 - 4.80 0.49 19 427 20 367

15 1.571 15 711 2.24 - 4.65 0.48 15 360 16 063

20 1.249 12 493 2.12 - 4.52 0.47 12 228 12 757

25 1.000 10 000 2.00 - 4.39 0.46 9800.0 10 200

30 0.806 8056.0 2.11 - 4.26 0.50 7885.8 8226.1

35 0.653 6529.7 2.22 - 4.14 0.54 6384.7 6674.8

40 0.532 5323.9 2.33 - 4.03 0.58 5200.0 5447.7

45 0.437 4365.3 2.43 - 3.92 0.62 4259.3 4471.3

50 0.360 3598.7 2.53 - 3.81 0.66 3507.8 3689.7

55 0.298 2982.3 2.62 - 3.71 0.71 2904.0 3060.5

60 0.248 2483.8 2.72 - 3.61 0.75 2416.4 2551.3

65 0.208 2078.7 2.81 - 3.51 0.80 2020.3 2137.0

70 0.175 1747.7 2.89 - 3.42 0.85 1697.1 1798.2

75 0.148 1475.9 2.98 - 3.34 0.89 1432.0 1519.9

80 0.125 1251.8 3.06 - 3.25 0.94 1213.5 1290.1

85 0.107 1066.1 3.14 - 3.17 0.99 1032.6 1099.6

90 0.091 911.59 3.22 - 3.09 1.04 882.23 940.94

95 0.078 782.46 3.30 - 3.02 1.09 756.67 808.25

100 0.067 674.11 3.37 - 2.94 1.14 651.40 696.83

105 0.058 582.84 3.44 - 2.87 1.20 562.79 602.90

110 0.051 505.68 3.51 - 2.81 1.25 487.92 523.43

115 0.044 440.19 3.58 - 2.74 1.31 424.43 455.95

120 0.038 384.41 3.65 - 2.68 1.36 370.39 398.43

125 0.034 336.75 3.71 - 2.62 1.42 324.25 349.25

NTCALUG03 Mini Lug SeriesNTC Thermistors, Mini Lug Sensors Vishay BCcomponents



TABLE 3

NTCALUG03A123H NTC Mini Lug 12K 3 %

NTCALUG03A123HC NTC Mini Lug 12K 3 % with connector



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 25.783 309 396 8.40 - 6.07 1.38 283 397 335 395

- 35 19.125 229 504 7.88 - 5.88 1.34 211 413 247 595

- 30 14.320 171 840 7.38 - 5.70 1.30 159 152 184 528

- 25 10.819 129 825 6.90 - 5.52 1.25 120 861 138 789

- 20 8.244 98 933 6.45 - 5.35 1.20 92 556 105 309

- 15 6.335 76 019 6.00 - 5.19 1.16 71 455 80 582

- 10 4.907 58 879 5.58 - 5.03 1.11 55 595 62 163

- 5 3.829 45 953 5.17 - 4.88 1.06 43 578 48 328

0 3.011 36 129 4.77 - 4.74 1.01 34 405 37 854

5 2.384 28 607 4.39 - 4.60 0.95 27 350 29 864

10 1.900 22 804 4.03 - 4.47 0.90 21 886 23 723

15 1.525 18 298 3.67 - 4.34 0.85 17 626 18 970

20 1.231 14 773 3.33 - 4.22 0.79 14 281 15 265

25 1.000 12 000 3.00 - 4.10 0.73 11 640 12 360

30 0.817 9803.7 3.32 - 3.99 0.83 9478.2 10 129

35 0.671 8053.9 3.63 - 3.88 0.94 7761.7 8346.2

40 0.554 6651.9 3.93 - 3.77 1.04 6390.6 6913.2

45 0.460 5522.3 4.22 - 3.67 1.15 5289.3 5755.2

50 0.384 4607.2 4.50 - 3.58 1.26 4399.9 4814.5

55 0.322 3862.1 4.77 - 3.48 1.37 3677.8 4046.4

60 0.271 3252.4 5.04 - 3.39 1.48 3088.6 3416.2

65 0.229 2751.1 5.29 - 3.30 1.60 2605.5 2896.7

70 0.195 2336.9 5.54 - 3.22 1.72 2207.4 2466.4

75 0.166 1993.3 5.78 - 3.14 1.84 1878.0 2108.6

80 0.142 1707.0 6.02 - 3.06 1.96 1604.2 1809.7

85 0.122 1467.3 6.25 - 2.99 2.09 1375.7 1559.0

90 0.105 1266.0 6.47 - 2.92 2.22 1184.1 1347.9

95 0.091 1096.2 6.69 - 2.85 2.35 1022.9 1169.4

100 0.079 952.38 6.90 - 2.78 2.48 886.71 1018.0

105 0.069 830.20 7.10 - 2.71 2.62 771.26 889.15

110 0.061 726.02 7.30 - 2.65 2.75 673.03 779.02

115 0.053 636.88 7.49 - 2.59 2.89 589.16 684.61

120 0.047 560.36 7.68 - 2.53 3.04 517.31 603.41

125 0.041 494.46 7.87 - 2.47 3.18 455.56 533.37




TABLE 4

NTCALUG03A473H NTC Mini Lug 47K 3 %

NTCALUG03A473HC NTC Mini Lug 47K 3 % with connector



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 25.783 1 211 802 8.40 - 6.07 1.38 1 109 973 1 313 631

- 35 19.125 898 891 7.88 - 5.88 1.34 828 034 969 749

- 30 14.320 673 040 7.38 - 5.70 1.30 623 344 722 736

- 25 10.819 508 481 6.90 - 5.52 1.25 473 370 543 592

- 20 8.244 387 486 6.45 - 5.35 1.20 362 512 412 460

- 15 6.335 297 740 6.00 - 5.19 1.16 279 866 315 613

- 10 4.907 230 608 5.58 - 5.03 1.11 217 745 243 471

- 5 3.829 179 983 5.17 - 4.88 1.06 170 681 189 285

0 3.011 141 507 4.77 - 4.74 1.01 134 752 148 262

5 2.384 112 043 4.39 - 4.60 0.95 107 121 116 966

10 1.900 89 317 4.03 - 4.47 0.90 85 721 92 914

15 1.525 71 665 3.67 - 4.34 0.85 69 033 74 297

20 1.231 57 863 3.33 - 4.22 0.79 55 936 59 790

25 1.000 47 000 3.00 - 4.10 0.73 45 590 48 410

30 0.817 38 398 3.32 - 3.99 0.83 37 123 39 672

35 0.671 31 545 3.63 - 3.88 0.94 30 400 32 689

40 0.554 26 053 3.93 - 3.77 1.04 25 030 27 077

45 0.460 21 629 4.22 - 3.67 1.15 20 717 22 541

50 0.384 18 045 4.50 - 3.58 1.26 17 233 18 857

55 0.322 15 127 4.77 - 3.48 1.37 14 405 15 848

60 0.271 12 739 5.04 - 3.39 1.48 12 097 13 380

65 0.229 10 775 5.29 - 3.30 1.60 10 205 11 345

70 0.195 9153.0 5.54 - 3.22 1.72 8645.8 9660.2

75 0.166 7807.1 5.78 - 3.14 1.84 7355.6 8258.7

80 0.142 6685.6 6.02 - 3.06 1.96 6283.2 7087.9

85 0.122 5747.0 6.25 - 2.99 2.09 5388.0 6106.0

90 0.105 4958.4 6.47 - 2.92 2.22 4637.7 5279.2

95 0.091 4293.3 6.69 - 2.85 2.35 4006.3 4580.3

100 0.079 3730.1 6.90 - 2.78 2.48 3472.9 3987.3

105 0.069 3251.6 7.10 - 2.71 2.62 3020.8 3482.5

110 0.061 2843.6 7.30 - 2.65 2.75 2636.0 3051.2

115 0.053 2494.5 7.49 - 2.59 2.89 2307.5 2681.4

120 0.047 2194.7 7.68 - 2.53 3.04 2026.1 2363.4

125 0.041 1936.6 7.87 - 2.47 3.18 1784.3 2089.0

NTCALUGE2C90169/2381 645 90169

Vishay BCcomponents


NTC Thermistors, Lug Sensors

Notes(1) Measured with screw mounted on an aluminium heatsink of

100 cm2, thickness 1.5 mm, in still air at Tamb = + 25 °C.(2) Other R25 values based on 2381 640 0.. series are available upon

request.(3) Other tolerances on R25 are available upon request(4) Other lead length and insulation, available on request


MOUNTINGBy means of M3 screw. Leads to be soldered or crimped.

FEATURES• Easy mounting using ring tongue terminal• Rugged construction• PTFE insulation, AWG # 24• Compliant to RoHS directive 2002/95/EC and in


APPLICATIONSSuitable for surface sensing applications, especially when agood electrical insulation and a good thermal contact with thechassis is required.Thermistor with negative temperature coefficient and twostranded PTFE insulated copper leads.The device is mounted inside the barrel of the ring tongueterminal.


Notes(1) The non dimensioned details do not affect the performance of the

device(2) The device is suitable for screwing e.g. on metal surface(3) The device is suitable for soldering e.g. on PBC(4) Thermistors chip NTC with epoxy coating and middle buffer layer(5) Metal ring lug(6) Insulated leads: AWG # 24 stranded, PTFE insulation(7) Lead wire end twisted and then tinned

DESIGNERS TOOL• Other resistance curves and tolerances are available on

request• Consult Vishay for other lead length, other connector

crimping or other features• 3D solid models: www.vishay.com/doc?29106• NTC curve computation:

www.vishay.com/thermistors/curve-computation-list/

Note• R25 - values, temperature coefficients and catalog numbers


Resistance value at 25 °C 10 kΩTolerance on R25 - value ± 5 %

B25/85 - value 3984

B25/85 tolerance ± 0.5 %

Climatic Category (IEC 60539) 55/150/56

Dissipation factor (1) ≈ 23 mW/K

Thermal time constant (1) ≈ 7.5 s


zero dissipation - 40 °C to + 150 °C

maximum dissipation 0 °C to + 55 °C


1500 Vac (1 s)

Insulation resistance between terminals and lug at 500 VDC

min. 100 MΩ

Weight ≈ 2 g

0.145" dia hole (D1)

0.28

1" (

D2)

0.04

" (T

)

0.64" max (L3)L1

L2

90169 a

L1 = 1.5" ± 0.150" (38.1 mm ± 3.8)L2 = 0.150" ± 0.025" (3.81 mm ± 0.64)For info: D1 = 3.68 mm, D2 = 7.14 mm, L3 = 16.26 mm, T = 1.016 mm

ELECTRICAL DATA AND ORDERING INFORMATIONR25(kΩ) B25/85 - VALUE TCR

(%/K)SAP MATERIAL NO.

NTCALUGE2.....12NC ORDERING CODE

2381 645 .....

10 3984K ± 0.5 % - 4.37 C90169 90169


NTCALUG02 SeriesVishay BCcomponents

NTC Thermistors, Low Thermal Gradient Lug Sensors

Note(1) Consult Vishay for automotive applications


MOUNTINGThe device is suitable for screwing e.g. on a metal surfacethrough means of an M3 screw. The connections are suitablefor soldering on a PCB or for connector insertion. The sensoris not suitable for being in permanent contact with water orliquids.

FEATURES• Thermistor used for surface temperature

sensing and control (1)

• Good reduced thermal gradient due to the use ofnickel conductor and low profile ring tongue



Notes(2) Vishay thermistor chip NTC with epoxy coating and middle buffer

layer(3) Metal ring lug(4) Insulated leads: AWG#30, monostranded, Ø 0.254 mm,

silver-plated nickel, PEEK insulated (insulation Ø 0.56 mm)• The non dimensioned details do not affect the performance of the

device

DESIGNERS TOOL• NTC thermistor curve computation (Resistance/

Temperature) is available at:www.vishay.com/thermistors/curve-computation-list/

• Other applicable screw size are available, for example studsize metric 3 mm/American 3 to 4.

• 3D or 2D solid models are available. Refer to www.vishay.com/doc?29106.

• Other resistance curves and tolerances, e.g. based on2381 645 2x series, are available on reques.

• Other lead length, insulation or connector crimpingavailable on request.

• AWG#28 or AWG#26 wires available on request.



Tolerance on R25 - value ± 1 %, ± 2 %

B25/85 value 3984K




Dissipation factor 10 mW/K


- 55 °C to 125 °C


1000 VAC


Weight ≈ 1.0 g


L1 L2 Ø D1 Ø D2 Ø D3 L3 T

45 ± 3 6 ± 1 3.7 8.5 4.1 16.8 0.8

D1

D2

TL3L1

L2

90294 aD3

(4) (2)(3)

ELECTRICAL DATA AND ORDERING INFORMATIONR25(kΩ) R25 TOL. B25/85 - VALUE

(K) B25/85 TOL. 12NC ORDERING CODE SAP MATERIAL NO.

4.7 ± 2 % 3984 ± 0.5 % - NTCALUG02A472G

4.7 ± 1 % 3984 ± 0.5 % - NTCALUG02A472F

5 ± 2 % 3984 ± 0.5 % - NTCALUG02A502G

10 ± 2 % 3984 ± 0.5 % 2381 645 90294 NTCALUG02A103G

10 ± 1 % 3984 ± 0.5 % - NTCALUG02A103F

NTCALUG02 SeriesNTC Thermistors, Low Thermal

Gradient Lug SensorsVishay BCcomponents


NTCALUG02A472G NTC LUG02A 4.7K 2 % 3984K 0.5 %



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 157 109 3.90 - 6.63 0.59 150 982 163 236

- 35 24.132 113 422 3.72 - 6.41 0.58 109 206 117 638

- 30 17.613 82 782 3.54 - 6.19 0.57 79 851 85714

- 25 12.990 61 053 3.37 - 5.99 0.56 58 994 63 112

- 20 9.676 45 478 3.21 - 5.79 0.55 44 017 46 938

- 15 7.276 34 199 3.06 - 5.61 0.54 33 154 35 244

- 10 5.522 25 953 2.91 - 5.43 0.54 25 198 26 707

- 5 4.227 19 866 2.76 - 5.26 0.53 19 317 20 415

0 3.262 15 333 2.62 - 5.10 0.51 14 931 15 736

5 2.538 11 929 2.49 - 4.94 0.50 11 632 12 226

10 1.990 9352 2.36 - 4.80 0.49 9131 9572

15 1.571 7384 2.24 - 4.65 0.48 7219 7549

20 1.249 5872 2.12 - 4.52 0.47 5747 5996

25 1.000 4700 2.00 - 4.39 0.46 4606 4794

30 0.806 3786 2.11 - 4.26 0.50 3706 3866

35 0.653 3069 2.22 - 4.14 0.54 3001 3137

40 0.532 2502 2.33 - 4.03 0.58 2444 2560

45 0.437 2052 2.43 - 3.92 0.62 2002 2102

50 0.360 1691 2.53 - 3.81 0.66 1649 1734

55 0.298 1402 2.62 - 3.71 0.71 1365 1438

60 0.248 1167 2.72 - 3.61 0.75 1136 1199

65 0.208 977.0 2.81 - 3.51 0.80 949.6 1004

70 0.175 821.4 2.89 - 3.42 0.85 797.6 845.2

75 0.148 693.7 2.98 - 3.34 0.89 673.0 714.3

80 0.125 588.3 3.06 - 3.25 0.94 570.3 606.4

85 0.107 501.1 3.14 - 3.17 0.99 485.3 516.8

90 0.091 428.4 3.22 - 3.09 1.04 414.7 442.2

95 0.078 367.8 3.30 - 3.02 1.09 355.6 379.9

100 0.067 316.8 3.37 - 2.94 1.14 306.2 327.5

105 0.058 273.9 3.44 - 2.87 1.20 264.5 283.4

110 0.051 237.7 3.51 - 2.81 1.25 229.3 246.0

115 0.044 206.9 3.58 - 2.74 1.31 199.5 214.3

120 0.038 180.7 3.65 - 2.68 1.36 174.1 187.3

125 0.034 158.3 3.71 - 2.62 1.42 152.4 164.1


NTCALUG02 SeriesVishay BCcomponents NTC Thermistors, Low Thermal

Gradient Lug Sensors

NTCALUG02A472F NTC LUG02A 4.7K 1 % 3984K 0.5 %



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 157 109 2.88 - 6.63 0.43 152 582 161 636

- 35 24.132 113 422 2.70 - 6.41 0.42 110 359 116 484

- 30 17.613 82 782 2.53 - 6.19 0.41 80 691 84 874

- 25 12.990 61 053 2.36 - 5.99 0.39 59 612 62 494

- 20 9.676 45 478 2.20 - 5.79 0.38 44 477 46 478

- 15 7.276 34 199 2.05 - 5.61 0.36 33 500 34 899

- 10 5.522 25 953 1.90 - 5.43 0.35 25 460 26 445

- 5 4.227 19 866 1.75 - 5.26 0.33 19 517 20 215

0 3.262 15 333 1.62 - 5.10 0.32 15 085 15 581

5 2.538 11 929 1.49 - 4.94 0.30 11 752 12 106

10 1.990 9352 1.36 - 4.80 0.28 9225 9478

15 1.571 7384 1.23 - 4.65 0.27 7293 7475

20 1.249 5872 1.12 - 4.52 0.25 5806 5937

25 1.000 4700 1.00 - 4.39 0.23 4653 4747

30 0.806 3786 1.11 - 4.26 0.26 3744 3828

35 0.653 3069 1.22 - 4.14 0.29 3032 3106

40 0.532 2502 1.32 - 4.03 0.33 2469 2535

45 0.437 2052 1.42 - 3.92 0.36 2022 2081

50 0.360 1691 1.52 - 3.81 0.40 1666 1717

55 0.298 1402 1.62 - 3.71 0.44 1379 1424

60 0.248 1167 1.71 - 3.61 0.47 1147 1187

65 0.208 977.0 1.80 - 3.51 0.51 959.4 994.5

70 0.175 821.4 1.88 - 3.42 0.55 805.9 836.9

75 0.148 693.7 1.97 - 3.34 0.59 680.0 707.3

80 0.125 588.3 2.05 - 3.25 0.63 576.3 600.4

85 0.107 501.1 2.13 - 3.17 0.67 490.4 511.7

90 0.091 428.4 2.21 - 3.09 0.71 419.0 437.9

95 0.078 367.8 2.28 - 3.02 0.76 359.4 376.2

100 0.067 316.8 2.36 - 2.94 0.80 309.4 324.3

105 0.058 273.9 2.43 - 2.87 0.84 267.3 280.6

110 0.051 237.7 2.50 - 2.81 0.89 231.7 243.6

115 0.044 206.9 2.56 - 2.74 0.94 201.6 212.2

120 0.038 180.7 2.63 - 2.68 0.98 175.9 185.4

125 0.034 158.3 2.69 - 2.62 1.03 154.0 162.5




NTCALUG02A502G NTC LUG02A 5K 2 % 3984K 0.5 %



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 167 137 3.90 - 6.63 0.59 160 619 173 655

- 35 24.132 120 661 3.72 - 6.41 0.58 116 177 125 146

- 30 17.613 88 066 3.54 - 6.19 0.57 84 947 91 185

- 25 12.990 64 950 3.37 - 5.99 0.56 62 759 67 141

- 20 9.676 48 381 3.21 - 5.79 0.55 46 827 49 934

- 15 7.276 36 382 3.06 - 5.61 0.54 35 270 37 494

- 10 5.522 27 609 2.91 - 5.43 0.54 26 807 28 411

- 5 4.227 21 134 2.76 - 5.26 0.53 20 550 21 718

0 3.262 16 312 2.62 - 5.10 0.51 15 884 16 740

5 2.538 12 691 2.49 - 4.94 0.50 12 375 13 007

10 1.990 9948 2.36 - 4.80 0.49 9714 10 183

15 1.571 7856 2.24 - 4.65 0.48 7680 8031

20 1.249 6246 2.12 - 4.52 0.47 6114 6379

25 1.000 5000 2.00 - 4.39 0.46 4900 5100

30 0.806 4028 2.11 - 4.26 0.50 3943 4113

35 0.653 3265 2.22 - 4.14 0.54 3192 3337

40 0.532 2662 2.33 - 4.03 0.58 2600 2724

45 0.437 2183 2.43 - 3.92 0.62 2130 2236

50 0.360 1799 2.53 - 3.81 0.66 1754 1845

55 0.298 1491 2.62 - 3.71 0.71 1452 1530

60 0.248 1242 2.72 - 3.61 0.75 1208 1276

65 0.208 1039 2.81 - 3.51 0.80 1010 1068

70 0.175 873.8 2.89 - 3.42 0.85 848.5 899.1

75 0.148 738.0 2.98 - 3.34 0.89 716.0 759.9

80 0.125 625.9 3.06 - 3.25 0.94 606.7 645.1

85 0.107 533.1 3.14 - 3.17 0.99 516.3 549.8

90 0.091 455.8 3.22 - 3.09 1.04 441.1 470.5

95 0.078 391.2 3.30 - 3.02 1.09 378.3 404.1

100 0.067 337.1 3.37 - 2.94 1.14 325.7 348.4

105 0.058 291.4 3.44 - 2.87 1.20 281.4 301.5

110 0.051 252.8 3.51 - 2.81 1.25 244.0 261.7

115 0.044 220.1 3.58 - 2.74 1.31 212.2 228.0

120 0.038 192.2 3.65 - 2.68 1.36 185.2 199.2

125 0.034 168.4 3.71 - 2.62 1.42 162.1 174.6


NTCALUG02 SeriesVishay BCcomponents NTC Thermistors, Low Thermal

Gradient Lug Sensors

NTCALUG02A103G NTC LUG02A 10K 2 % 3984K 0.5 %



(Ω)ΔR/R(%)

α(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 334 274 3.90 - 6.63 0.59 321 238 347 311

- 35 24.132 241 323 3.72 - 6.41 0.58 232 353 250 293

- 30 17.613 176 133 3.54 - 6.19 0.57 169 895 182 370

- 25 12.990 129 900 3.37 - 5.99 0.56 125 518 134 282

- 20 9.676 96 761 3.21 - 5.79 0.55 93 654 99 869

- 15 7.276 72 765 3.06 - 5.61 0.54 70 541 74 988

- 10 5.522 55 218 2.91 - 5.43 0.54 53 613 56 823

- 5 4.227 42 268 2.76 - 5.26 0.53 41 100 43 435

0 3.262 32 624 2.62 - 5.10 0.51 31 768 33 480

5 2.538 25 381 2.49 - 4.94 0.50 24 749 26 013

10 1.990 19 897 2.36 - 4.80 0.49 19 427 20 367

15 1.571 15 711 2.24 - 4.65 0.48 15 360 16 063

20 1.249 12 493 2.12 - 4.52 0.47 12 228 12 757

25 1.000 10 000 2.00 - 4.39 0.46 9800 10 200

30 0.806 8056 2.11 - 4.26 0.50 7886 8226

35 0.653 6530 2.22 - 4.14 0.54 6385 6675

40 0.532 5324 2.33 - 4.03 0.58 5200 5448

45 0.437 4365 2.43 - 3.92 0.62 4259 4471

50 0.360 3599 2.53 - 3.81 0.66 3508 3690

55 0.298 2982 2.62 - 3.71 0.71 2904 3060

60 0.248 2484 2.72 - 3.61 0.75 2416 2551

65 0.208 2079 2.81 - 3.51 0.80 2020 2137

70 0.175 1748 2.89 - 3.42 0.85 1697 1798

75 0.148 1476 2.98 - 3.34 0.89 1432 1520

80 0.125 1252 3.06 - 3.25 0.94 1213 1290

85 0.107 1066 3.14 - 3.17 0.99 1033 1100

90 0.091 911.6 3.22 - 3.09 1.04 882.2 940.9

95 0.078 782.5 3.30 - 3.02 1.09 756.7 808.2

100 0.067 674.1 3.37 - 2.94 1.14 651.4 696.8

105 0.058 582.8 3.44 - 2.87 1.20 562.8 602.9

110 0.051 505.7 3.51 - 2.81 1.25 487.9 523.4

115 0.044 440.2 3.58 - 2.74 1.31 424.4 455.9

120 0.038 384.4 3.65 - 2.68 1.36 370.4 398.4

125 0.034 336.7 3.71 - 2.62 1.42 324.2 349.2




NTCALUG02A103F NTC LUG02A 10K 1 % 3984K 0.5 %

RESISTANCE TEMPERATURE CHARACTERISTICS

TEMP.(°C) R(T)/R25

SYMBOLRESISTANCE

(Ω)

ΔR/R(%)

SYMBOLα(%/K)

ΔT(K)

Rmin.(Ω)

Rmax.(Ω)

- 40 33.427 334 274 2.88 - 6.63 0.43 324 643 343 906

- 35 24.132 241 323 2.70 - 6.41 0.42 234 807 247 839

- 30 17.613 176 133 2.53 - 6.19 0.41 171 683 180 582

- 25 12.990 129 900 2.36 - 5.99 0.39 126 835 132 965

- 20 9.676 96 761 2.20 - 5.79 0.38 94 633 98 889

- 15 7.276 72 765 2.05 - 5.61 0.36 71 276 74 253

- 10 5.522 55 218 1.90 - 5.43 0.35 54 170 56 266

- 5 4.227 42 268 1.75 - 5.26 0.33 41 526 43 010

0 3.262 32 624 1.62 - 5.10 0.32 32 096 33 152

5 2.538 25 381 1.49 - 4.94 0.30 25 004 25 758

10 1.990 19 897 1.36 - 4.80 0.28 19 627 20 167

15 1.571 15 711 1.23 - 4.65 0.27 15 517 15 905

20 1.249 12 493 1.12 - 4.52 0.25 12 353 12 632

25 1.000 10 000 1.00 - 4.39 0.23 9900 10 100

30 0.806 8056 1.11 - 4.26 0.26 7966 8145

35 0.653 6530 1.22 - 4.14 0.29 6450 6609

40 0.532 5324 1.32 - 4.03 0.33 5253 5394

45 0.437 4365 1.42 - 3.92 0.36 4303 4427

50 0.360 3599 1.52 - 3.81 0.40 3544 3653

55 0.298 2982 1.62 - 3.71 0.44 2934 3030

60 0.248 2484 1.71 - 3.61 0.47 2441 2526

65 0.208 2079 1.80 - 3.51 0.51 2041 2116

70 0.175 1748 1.88 - 3.42 0.55 1715 1781

75 0.148 1476 1.97 - 3.34 0.59 1447 1505

80 0.125 1252 2.05 - 3.25 0.63 1226 1277

85 0.107 1066 2.13 - 3.17 0.67 1043 1089

90 0.091 911.6 2.21 - 3.09 0.71 891.5 931.7

95 0.078 782.5 2.28 - 3.02 0.76 764.6 800.3

100 0.067 674.1 2.36 - 2.94 0.80 658.2 690.0

105 0.058 582.8 2.43 - 2.87 0.84 568.7 597.0

110 0.051 505.7 2.50 - 2.81 0.89 493.0 518.3

115 0.044 440.2 2.56 - 2.74 0.94 428.9 451.5

120 0.038 384.4 2.63 - 2.68 0.98 374.3 394.5

125 0.034 336.7 2.69 - 2.62 1.03 327.7 345.8

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THE AMERICASUNITED STATESVISHAY AMERICAS ONE GREENWICH PLACE SHELTON, CT 06484 UNITED STATES PH: +1-402-563-6866 FAX: +1-402-563-6296

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